Guarantee Management in Procurement: Hidden Costs & Risks at Scale
- Rajeev Chari
- 3 days ago
- 17 min read
Most of the surety bond conversation in India has focused on two parties.
The insurer, stepping in with guarantee capacity the banking system structurally cannot supply at the pace India's infrastructure pipeline now demands. And the contractor, freed from collateral requirements that were quietly strangling working capital before a single rupee of project work had even begun. Both stories are worth telling. And both have been told.
But there is a third party in every guarantee transaction. The entity that actually holds the guarantee. The one that accepts the instrument, stores it, tracks its validity for the next three to five years, chases the contractor when renewal is running late, picks up the phone to verify it when something looks off, and then has to invoke it when a contractor defaults. That is the government department. The PSU procurement head. The large corporate sitting as project owner.
This party rarely gets a paragraph in the surety conversation. And the operational cost they carry, invisible on every P&L, absent from every policy paper, never showing up in any audit finding, is the part of this story that has simply not been told.
And that, in our view, is the oversight worth correcting.
So let us get into it. Because guarantee management is not a paperwork task. It is an operational system. One that most large procurement organisations are running manually, at enterprise scale, on infrastructure designed for a very different era. The risk has not changed. The infrastructure has not caught up. And the gap between the two is creating real consequences, most of which nobody is measuring, because the system is structured, inadvertently but effectively, to hide its own failures.
What Is Guarantee Management in Procurement?
Guarantee management in procurement is the end-to-end operational process by which a procuring entity accepts, verifies, tracks, renews and enforces financial security instruments, bank guarantees, surety bonds and related instruments, across the full lifecycle of active contracts. It covers everything from validity monitoring and renewal coordination to authenticity verification and claim invocation. And it runs continuously, from the day an instrument is accepted until the day it is formally discharged.
Most procurement teams do not call it that. They call it "handling the BGs." That framing, casual and understated as it is, is part of why this function never gets the infrastructure it genuinely needs.
What a Guarantee Portfolio Actually Looks Like at Scale
Here is where the scale problem becomes concrete. And honestly, a little uncomfortable.
A mid-sized PSU running 200 active contracts at any given time is not managing 200 guarantees. Each contract generates multiple instruments across its lifecycle. At the bidding stage, the contractor furnishes an Earnest Money Deposit to confirm commitment to the bid. Upon contract award, they provide a Performance Bank Guarantee, running for the duration of the project plus a defect liability period that can stretch 12 to 24 months beyond completion. And for contracts that include upfront mobilisation payments, there is also an Advance Mobilisation Guarantee, furnished to protect the advance in case the contractor takes the money and does not deliver.
So at 200 contracts in various stages, a procurement team is simultaneously tracking somewhere between 400 and 800 live instruments. Each one is an independent object with its own validity date, renewal requirement, invocation conditions and risk profile. Each one is, in effect, a live obligation that somebody in your organisation has to be on top of at all times.
Now, two distinctions define that risk profile and they are almost never explained clearly to the people actually managing these portfolios day to day.
The first is the difference between a validity period and a claim period. A bank guarantee has a validity date, the date through which the instrument is live. But it also has a claim period, a separate and usually shorter window after that date, within which the invocation demand must be filed, or the right to claim is permanently extinguished. This was confirmed in Union of India v. IndusInd Bank Ltd., (2016) 9 SCC 720: where a claim is not lodged within the contractually stipulated time, the bank is discharged from all liability. If a procurement team is tracking validity dates but not claim period deadlines, and most manual systems only track one of these, they are tracking the wrong number.
The second is the difference between conditional and unconditional guarantees. Most government and PSU contracts use unconditional bank guarantees, payable on first demand without proof of loss. But some instruments are conditional, payable only when specific documented requirements are met. Indian courts have consistently held that whether a guarantee is conditional or unconditional is determined entirely by the precise language of the instrument, not the underlying contract. Misclassify it, use the wrong invocation letter and a valid claim can die on a technicality.
These are not edge cases buried in legal footnotes somewhere. They are the operating parameters of every instrument in your portfolio. And in a manual system, they are the first things that fall through the cracks.
The Guarantee Lifecycle: Where the Work Actually Happens
The burden is not concentrated at a single point in time. It is distributed across five stages, running continuously, for every active contract in the portfolio. And each stage is a potential point of failure.
Intake and verification: When a contractor submits a bank guarantee, someone in your team must confirm it is genuine, correctly worded, for the right amount and valid for the right period. For a paper instrument, this means calling the issuing bank, matching branch codes and confirming the instrument against internal records. There is no standard protocol for this exchange. Response times vary. The confirmation arrives by phone or email, with no machine-readable audit trail of the verification event. Across hundreds of instruments from dozens of issuing banks, this is a recurring, manual and inconsistently applied process.
Active tracking: Once accepted, the instrument must be monitored throughout the contract lifecycle. Validity dates and claim period windows (two separate dates, both requiring attention) need to stay current and accurate. In most procurement organisations, this tracking lives in a spreadsheet. Updated by whoever owns the task. Reviewed when someone remembers. When personnel change, the institutional memory about that portfolio goes with them.
Renewal management: When a contract extends beyond its original timeline (and in Indian infrastructure, this is the rule rather than the exception), the guarantee must extend with it. This requires the contractor to approach the issuing bank, the bank to process the extension and the new instrument to be submitted, verified and recorded by your team. It is a three-party coordination problem with no central system managing it. Each party has its own processing timeline. And the procurement team is the last node, often finding out that a guarantee has already lapsed only after it has.
Claim and invocation: When a contractor defaults, the beneficiary must act quickly and precisely. An unconditional guarantee requires a written demand submitted within the claim period, in wording that satisfies the exact terms of the instrument. A conditional guarantee requires documented proof of default. In a large organisation, that demand must pass through procurement, legal review and finance sign-off before it reaches the bank. Under normal conditions, this takes ten to fourteen days. Under a claim window measured in days, that approval cycle creates real legal exposure it was never designed to handle.
Closure and release: When a contract completes satisfactorily, the guarantee must be formally discharged and the instrument returned with a release letter. In a manual system, this generates reconciliation friction across procurement, finance and the issuing bank. Guarantees that should have been released stay active, generating phantom follow-up obligations. Guarantees released without documentation create audit exposure.
And none of this spikes at a project milestone and then returns to zero. It runs continuously, across every contract in the portfolio, managed by teams already running at full capacity on everything else they are supposed to be doing.
Five Ways to Guarantee Management Fails at Scale
These failures are not caused by careless procurement teams. They are structural outputs of a paper-based system being operated at a volume it was never designed to handle. At thirty contracts, they are recoverable incidents. At three hundred, they are near-certain events.
Failure Mode 1: The Silent Lapse
A performance bank guarantee expires. The contractor submitted the renewal request to the issuing bank ten days ago. The bank's back office is slow. The procurement team's guarantee register has not been reviewed this week because the person who owns it is on leave and a contract dispute has consumed everyone's attention.
The guarantee lapses.
For a window of days, sometimes weeks, the procurer holds an expired instrument and does not know it. If the contractor defaults during that window, there is no instrument to invoke. The bank is discharged. Recovery goes through arbitration or litigation without the immediate financial recourse a valid guarantee would have provided.
In a large portfolio managed manually, some of these gaps go undetected until they actually matter. And the procurer may never know how many times they were exposed.
Failure Mode 2: The Forged Instrument
A contractor submits a guarantee with the correct format, a convincing letterhead and plausible branch details. Verification is attempted by calling the number on the document.
In a sophisticated forgery, that number connects to a fraudster posing as the bank's verification desk. The instrument is accepted in good faith, filed and recorded.
Months later, when a default occurs and the beneficiary attempts to invoke, the bank has no record of ever issuing that guarantee. The instrument is worthless. The procurer accepted a piece of paper, verified it against itself and has no recourse against the bank, only against a contractor who is already in default.
This is not hypothetical. The fraud exception in bank guarantee law, where courts can restrain invocation in cases of egregious fraud, exists precisely because forgery in bank guarantees is an established pattern in Indian commercial jurisprudence. The verification process most beneficiaries rely on (a phone call and a verbal confirmation) does not protect against a prepared forgery. It generates the appearance of diligence without the substance.
Failure Mode 3: The Missed Claim Window
A contractor defaults. The procurement team begins the internal invocation process: drafting the demand letter, routing it through legal for wording compliance, getting finance sign-off and then submitting to the bank.
Under normal conditions, this process takes ten to fourteen days.
The claim period in the guarantee instrument is seven days after the validity date.
The window closes before the documentation reaches the bank. The bank is legally discharged. As the Supreme Court confirmed in Union of India v. IndusInd Bank Ltd., (2016) 9 SCC 720, where a claim is not lodged within the contractually stipulated time, the bank is discharged from all liability thereafter. This is not an error that can be appealed or corrected. The right to claim under that instrument is permanently gone.
And this failure does not require negligence. It only requires a claim period shorter than the standard internal approval timeline, a mismatch that no manual tracking system proactively flags, and that nobody discovers until it is already irreversible.
Failure Mode 4: The Renewal Bottleneck
A highway project is six months behind schedule. The performance bank guarantee was valid through the original completion date. The contractor needs to extend it.
The contractor approaches the issuing bank. The bank requests updated financials before processing. The contractor is stretched on execution and slow to respond. The bank takes two weeks once the documents arrive. The renewed instrument is submitted, verified and recorded.
Meanwhile, the procurement team has withheld a milestone payment pending confirmation of a valid guarantee. The contractor cannot procure materials for the next phase without that payment. The project stalls. Not because of a delivery dispute. Not because of funding gaps. But because the three-party guarantee renewal cycle ran slower than the project needed it to.
At scale, this happens across multiple contracts simultaneously. The delay gets attributed to contractor performance. The actual cause (guarantee administration without a system to support it) is invisible in the project record.
Failure Mode 5: The Instrument Mismatch
A bid bond covers the contractor's obligation to sign and begin the contract. When the contract moves from award to execution, that obligation changes and the instrument must change with it. The bid bond should be replaced by a performance guarantee. When an advance payment is released, an advance mobilisation guarantee must be in place.
In a well-managed portfolio, these transitions are tracked explicitly. In a manually maintained register across hundreds of contracts, they fall through gaps. The procurement team may be holding a bid bond at the execution stage. Or the performance guarantee was accepted but the advance mobilisation guarantee was never furnished, because the register showed "guarantee received" without specifying which type.
The protection the procurer believes they have is not the protection they actually have. And the mismatch stays invisible until the moment a claim is attempted against the wrong instrument.
What Happens If a Bank Guarantee Lapses in India?
When a bank guarantee's validity period ends without renewal, or when the claim period passes without invocation, the issuing bank is legally discharged from all obligations under the instrument. As confirmed in Union of India v. IndusInd Bank Ltd., (2016) 9 SCC 720, where a claim is not lodged within the contractually stipulated time, the beneficiary permanently loses the right to make a demand against the bank. No appeal, no court order can revive it. Recovery must then be pursued directly against the defaulting contractor through arbitration or litigation, which is slower, less certain and without the immediate financial recourse a valid guarantee provides. In a large portfolio managed manually, this is not a theoretical risk. It is a predictable outcome of the tracking gaps the system routinely creates.
How to Verify a Bank Guarantee Is Genuine
This is the question most procurement heads ask when surety bonds come up. And it is the right question. So let me answer it honestly, starting with what the current process actually looks like for bank guarantees (not the ideal version, the real one).
The standard process for a paper bank guarantee involves contacting the issuing bank directly, ideally through an official channel rather than the number printed on the document, and requesting confirmation that the instrument exists and is valid. There is no standard protocol for this. Response times vary by bank and branch. The confirmation arrives verbally or by email. There is no machine-readable audit trail. Across dozens of issuing banks in a large portfolio, this is a recurring, manually executed and inconsistently applied exercise.
The risks here are structural, not incidental. A prepared forgery includes a number that connects to a fraudster, not the bank. Without a central repository to query independently, verification is only as reliable as the communication channel. And the channel can be compromised. Most teams also verify at intake only. A guarantee that is valid when accepted can lapse silently, and nobody finds out until the claim is filed.
NeSL's e-BG platform solves this cleanly for electronic bank guarantees. NeSL (National e-Governance Services Limited) operates as India's central repository for e-BGs, developed in collaboration with the Indian Banks' Association and the Central Vigilance Commission. The instrument is created digitally, hosted on the platform and instantly queryable by the beneficiary. Authentication does not depend on a phone call. The guarantee either exists in the system with a valid status or it does not. Renewal, amendment and invocation events are all recorded in the same place. Forgery is structurally eliminated because there is no paper document to replicate and no intermediary to intercept. SBI and Bank of Baroda have both launched e-BG capabilities through NeSL, with other major banks following on the same platform.
For surety bonds, the verification infrastructure is moving in the same direction. The primary barrier to wider PSU adoption today is not legal (the regulatory framework is settled, as we will see in a moment) but operational: the absence of a uniform, machine-readable verification rail equivalent to what NeSL provides for e-BGs. AxiTrust has contracted with NeSL specifically to extend that infrastructure to cover surety bonds. And NHAI, with over Rs. 10,000 crore in outstanding surety bonds, has already built its own acceptance and verification process at that volume. The direction is clear.
Is your verification process actually protecting you, or just creating the appearance of diligence?
AxiTrust gives procurement teams instant, platform-based verification for surety bonds. No phone calls, no paper trails that go cold. If you're managing a portfolio of guarantees and want to see how it works for your specific setup, let's talk.
The Real Cost That Nobody Is Actually Measuring
Here is the insight that almost never appears in any discussion of bank guarantee operations. And it is, in our view, the most important one.
The cost of running a paper-based guarantee portfolio is real. But it does not appear on any balance sheet, any P&L or any audit report. There is no budget line for time spent chasing BG renewals. No journal entry for procurement officers diverted to guarantee administration. No CAG finding that reads "this organisation lost Rs. X crore because it missed a claim window by four days."
What does not get measured does not get fixed. So the cost accumulates, distributed across a hundred small frictions that individually look like normal operational noise.
Think about what the full lifecycle actually demands. At intake: verification calls to the issuing bank, physical storage, register updates and wording compliance checks. During execution: periodic validity checks, claim period tracking (which is different from validity tracking, as we established earlier), renewal identification, follow-up cycles when contractors are slow and inter-departmental coordination when amendments are required. At default: assembling documentation under time pressure from teams in different locations, drafting legally precise invocation letters, routing through approval chains that were designed for routine procurement and not for time-critical enforcement with hard legal deadlines. At closure: discharge confirmation, register reconciliation and instrument return coordination.
Now multiply all of that across 500 active contracts. Across twenty-five issuing banks. Across teams that turn over. Across projects that routinely extend beyond their original terms. Across a legal environment where missing a claim period is permanently irreversible.
The aggregate cost is significant. But because each component is absorbed as routine overhead, and because the failures are recorded as legal disputes, write-offs or project delays rather than guarantee management failures, no one ever sees the total. The system is designed, inadvertently but effectively, to obscure its own cost.
And that, to put it plainly, is not an oversight. It is a design failure. The longer it goes unmeasured, the longer it goes unfixed.
“Want to see what a verified, trackable surety bond portfolio looks like in practice? AxiTrust gives beneficiaries a single platform to verify, track, and manage surety bonds from issuance to closure. Visit axitrust.com to learn how procurement teams are already using it.”
What Changes When Guarantees Go Digital
The shift from paper to digital is not an instrument change. It is an infrastructure change. The protection stays identical. The operational burden does not.
In the paper system today, verification is a phone call with no audit trail and no guarantee of reaching an authentic source. Validity tracking is a spreadsheet that reflects whenever someone last updated it, not necessarily the current reality. Renewal management is reactive, the team notices the gap when it is already close. Claim documentation is gathered under pressure from physically scattered sources across different teams and locations. And the portfolio picture at any moment is a reconstruction, not a live view.
In a digital system, verification is a platform query. The instrument exists with a valid status or it does not, instantly, with a logged audit record. Validity and claim period tracking are system-driven, not calendar-dependent and not dependent on one person remembering. Renewal workflows are automated, with approaching expirations generating alerts to all parties and status visible to the procuring entity in real time. Claim documentation is structured and accessible because the platform holds the complete lifecycle record. The portfolio is a live dashboard, not a document folder that someone has to reconstruct under pressure when it matters most.
The operational transformation touches every stage. But the most consequential shift is in verification and claim management, the two points where the paper system is most fragile and where failures are most irreversible.
And here is something worth saying plainly: the current paper system is not a temporary inconvenience that better processes will eventually fix. It is a structural mismatch between the instrument design and the scale at which India's procurement machine now operates. You cannot solve a volume problem with more diligence. You solve it with infrastructure.
Most procurement teams don't know what their guarantee portfolio is actually costing them, until something goes wrong.
We help beneficiaries get a clear picture: how many instruments are at risk, where the tracking gaps are, and what a digital system changes. It starts with a 30-minute conversation.
Can PSUs Accept Surety Bonds in India?
Yes. Unambiguously, and with full regulatory backing. Let me walk through the timeline.
In February 2022, the Department of Expenditure amended the General Financial Rules (OM No. F.1/1/2022-PPD, dated 02.02.2022) to explicitly include surety bonds as equivalent to bank guarantees for bid security and performance security in government procurement. In April 2022, IRDAI formally authorised licensed general insurers to underwrite surety bonds through its Surety Insurance Contracts Guidelines. And in June 2024, the IRDAI Master Circular on General Insurance Business further liberalised the framework, notably extending surety acceptance to all commercial contracts, not just infrastructure projects, and removing several earlier restrictions.
The regulatory question is settled. Any PSU or government department still not accepting surety bonds is not operating within the current framework. The resistance that remains is operational, not legal. And that is a problem infrastructure can solve, which is exactly the point of this piece.
The Supplier Pool Effect: A Procurement Problem, Not Just a Risk Argument
The guarantee structure is silently narrowing the supplier pool for most large procurers. Nobody frames it this way in procurement discussions, but the mechanism is straightforward and the consequences are real.
Bank guarantees require significant cash margins or fixed-deposit collateral. In practice, for a contractor bidding on a Rs. 50 crore infrastructure contract requiring a 5% performance security, banks typically demand 80 to 105% cash margin, blocking roughly Rs. 2 to 2.5 crore of working capital even before mobilisation. Once BG issuance and servicing fees are added to the opportunity cost of tied-up capital, the effective cost of the guarantee rises to approximately 8 to 10% of the instrument value.
For MSMEs, this is not a soft entry barrier. It is a hard financial exclusion. They have the capability. They have the track record. They do not have the balance sheet to park capital in a guarantee instrument before mobilisation begins. So they simply do not bid.
The consequence for the procurer is contractor concentration: the same five or ten large players appearing repeatedly across high-value tenders because they are the only ones who can afford the collateral. Over time, this creates reduced competition at the tender stage, less pricing pressure, longer negotiation cycles and structural dependence on a vendor pool that knows it is difficult to replace mid-execution. These outcomes are real and measurable. Their root cause, the guarantee collateral structure, is almost never named in this conversation.
Surety bonds change this directly. Underwritten on performance risk rather than collateral, they do not require cash margins. A technically qualified MSME with a strong execution track record pays a premium, without immobilising capital. This puts contracts back within reach of contractors the current guarantee structure has been silently pricing out.
The benefit for the procurer is more competitive tenders, sharper pricing, reduced concentration risk and real progress toward the mandatory 25% MSE procurement target under the Public Procurement Policy for Micro and Small Enterprises Order, a mandate most government departments are currently under-delivering on. Not because of intent failures, but because the instrument structure makes genuine MSME participation practically impractical.
The instrument decision and the procurement outcome are not separate conversations. They are the same decision, looked at from different angles.
This Is Not an Instrument Decision. It Is an Infrastructure Decision.
The conversation about surety adoption in India keeps getting framed as an instrument question: is a surety bond as reliable as a bank guarantee?
That question has been answered. Industry estimates put the total surety bonds issued in India at approximately Rs. 60,000 crore, with Rs. 42,000 crore outstanding, across more than 120 government entities. NHAI alone accounts for over Rs. 10,000 crore. The instrument works. Courts have upheld it. Insurers have honoured invocations and recovered from contractors. The instrument question is closed.
The question that actually determines whether a procurement team accepts surety bonds is different. Does the team have the infrastructure to manage this instrument with the same confidence they manage bank guarantees? Can they verify a surety bond as quickly as an e-BG on NeSL? Can they track its validity in the same system? Can they renew it without adding a new coordination burden? Can they invoke it correctly within the required window?
These are infrastructure questions. And they have answers. NeSL's e-BG rails, the infrastructure that already makes bank guarantee verification instant and tamper-proof, are being extended to cover surety bonds. AxiTrust has contracted with NeSL toward this end. NHAI has already built the acceptance and operational process for this instrument at scale. What NHAI has demonstrated is not a pilot. It is proof that the infrastructure question is solvable, and being solved right now.
The organisations that frame this correctly, as an infrastructure decision rather than an instrument debate, will move faster. The ones still relitigating the instrument question are asking something that was answered in 2022.
Conclusion: The System That Doesn't Scale
Guarantee management is an operational system. It has been treated as a paperwork task. That gap is where the hidden cost accumulates quietly, consistently, across every contract in every portfolio, in organisations that have never had a reason to look because the system gives them no way to see it.
Scale does not just multiply the problem. It changes its nature entirely. The failures that are recoverable incidents at thirty contracts become structural exposures at three hundred. The manual tracking that works when one dedicated person owns the register breaks when that person leaves. The phone-call verification that catches an obvious forgery misses a prepared one. The approval process that handles routine procurement has no mechanism for an invocation window measured in days.
The instrument, whether bank guarantee or surety bond, provides the contractual protection. The infrastructure around the instrument is what determines whether that protection is actually accessible when it matters. Right now, for most large procurement organisations in India, that infrastructure is a spreadsheet and a phone. That is genuinely the state of things.
Industry estimates suggest nearly 4.5% of India's GDP, approximately Rs. 15 lakh crore, remains immobilised in bank guarantees. This is one of the highest such ratios globally. The risk profile of these portfolios has not changed. The infrastructure managing them has not caught up. When it does, and the direction is clear, guarantee management stops being an invisible liability that procurement teams absorb silently and starts being a function that runs the way it should: digital, auditable and built for the volume that India's infrastructure ambitions actually require.
The guarantee sitting in your portfolio has always been your operational responsibility. The only question still open is whether the tools match the task.
AxiTrust works directly with procurement heads, PSU teams and project owners to map the gaps in their guarantee portfolio and show what digital management looks like in practice: verification, tracking, renewals, claim readiness. Start with a 30-minute conversation. Leave with a clear picture of where your portfolio is exposed.
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