Biggest line you control · Verified 18 August 2026
Bitdefender GravityZone — the endpoint control that carries a disproportionate share of your evidence
No public list price — quoted at checkout by endpoint count
Every SOC 2 report we have seen a research group work towards leans on the same handful of endpoint facts: that managed devices run current protection, that the console can prove it for every machine on a given date, that alerts go somewhere a named human reads, and that a lost laptop can be accounted for. Bitdefender GravityZone earns its place here because a single console produces those artefacts as exportable reports rather than as screenshots you assemble by hand the week before fieldwork, and because it scales down to a thirty-machine core facility without an enterprise minimum. It also happens to be tooling you should own whether or not anyone ever asks for the certificate, which is the honest test for any line in this budget. GravityZone has no public list price — it is quoted by endpoint count at checkout, so treat any figure you see elsewhere as someone guessing.
See GravityZone pricing Opens on the vendor’s site · CASRAI referral link
Read the endpoint security guide first → — Buy the control because it protects the data, not because it fills a row in a control matrix.
Editorial disclosure: CASRAI has commercial referral arrangements with some of the vendors named on this page, and may earn a commission if you subscribe to them. We name them here regardless of whether a link is present. We only recommend tools our editorial team has independently researched. Read our full disclosure policy.
In summary
- SOC 2 has four cost buckets: readiness assessment, auditor fees, a compliance-automation subscription, and remediation. Only the middle two look like “the audit”.
- Remediation — endpoint monitoring, centralised logging, MDM, formal access reviews — routinely costs more than the auditor, and recurs annually.
- Type I is cheaper and faster because it tests design at a point in time. Many counterparties will not accept it, so ask before you buy it.
- Type II costs more because it tests operation across an observation window, typically three to twelve months, which also delays your contract.
- CASRAI prints prices only when we can read them off a vendor page. Audit firms and automation platforms quote privately, so we give you the structure and a quoting method instead of invented figures.
- Bitdefender GravityZone has no public list price — it is quoted by endpoint count. Verified 18 August 2026.
The four buckets, and how they behave
Cost structure rather than currency: CASRAI quotes prices only where a vendor publishes them. Verified 18 August 2026.
| Dimension | Readiness | Auditor | Automation platform | Remediation |
|---|---|---|---|---|
| What you are buying | A gap analysis against the Trust Services Criteria you scope in | An independent CPA firm’s opinion and the report itself | Continuous evidence collection, policy templates, control monitoring | The actual controls: monitoring, logging, MDM, access governance |
| Frequency | One-off, occasionally repeated after a major scope change | Annual once you are in a Type II cycle | Annual subscription, usually billed per employee or per integration | Capital-ish in year one, then annual licences forever |
| Typical share of year-one spend | Small | Moderate | Moderate | Largest, frequently by a wide margin |
| Can you defer it? | Yes, if you have run a controls exercise before | No — this is the deliverable | Yes, at the cost of staff hours gathering evidence manually | No, and you should not want to |
| Value if the contract falls through | Low — a document | Low — the report names a period that expires | Low to moderate — evidence you no longer need to collect | High — you keep the security posture |
The last row is the one to take to your finance office. Roughly the largest bucket in this budget buys capability you keep, not paperwork that expires.
Why a research group ends up buying SOC 2 at all
Almost nobody in research administration wakes up wanting a SOC 2 report. It arrives as a condition. A pharmaceutical sponsor updates its vendor questionnaire and your core facility is now a “supplier of data services”. A university spinout signs its first NHS trust or health system customer and procurement returns a security schedule with a SOC 2 Type II clause in it. A data coordinating centre bids for a multi-site trial and the prime contractor flows down its own obligations. In every case the trigger is contractual, the deadline is someone else’s, and the budget request has to be written before anybody has explained what is being bought.
That matters for how you should read any cost estimate. SOC 2 is not a certification with a fixed fee, like an ISO scheme with an accredited price list. It is an attestation engagement: an independent CPA firm examines the controls you claim to operate and writes an opinion on them. The scope is yours to define, and the scope drives most of the cost. Two organisations of identical headcount can differ severalfold in what they pay, because one scoped a single hosted application against Security alone and the other scoped Security, Availability and Confidentiality across a laboratory network with instrument PCs that cannot be patched.
So the first budget decision is not which auditor. It is which systems are in scope, which Trust Services Criteria you commit to, and whether the counterparty demanding the report has actually specified either. Ask them. A surprising number of security schedules say “SOC 2” and nothing else, and the difference between the narrowest and widest honest reading of that clause is the difference between an awkward quarter and a project that eats a year.
The four things you are actually paying for
1. Readiness assessment. A consultant or your automation vendor maps your current state against the criteria you have scoped and hands back a gap list. This is the smallest of the four buckets and the easiest to skip if someone internally has run a controls exercise before — an information governance lead who has been through a Data Security and Protection Toolkit submission, say, or a research computing manager who has answered a sponsor’s audit. It is worth paying for when the gap list will be used to argue for budget, because an external document is politically harder to wave away than an internal spreadsheet.
2. Auditor fees. This is the CPA firm’s engagement: planning, fieldwork, sampling your evidence, and writing the report. It is the only line that must be bought from a licensed firm, and the only one where you genuinely cannot self-serve. Fees scale with scope, with the number of criteria, with how many systems and locations the sampling has to cover, and — this is the part people underestimate — with how disorganised your evidence is. Auditors bill time. Handing over a clean, dated, exportable evidence set is the single cheapest thing you can do to reduce the invoice.
3. Compliance-automation platform. The Vanta and Drata category. These tools connect to your identity provider, cloud accounts, code repositories, HR system and endpoint console, then continuously collect evidence and flag drift. They also ship policy templates and staff training workflows. We deliberately quote no prices for them: they sell through sales-led motions with per-employee tiers that are not reliably published, and CASRAI’s rule is that we only print a figure we have read off a vendor page. Positioning is what we can tell you honestly — they are labour-substitution products, and their value depends entirely on how expensive your staff hours are.
4. Remediation. Everything the gap list says you must actually implement. Endpoint monitoring on every managed device. Centralised logging with a retention period you can defend. Mobile device management, or at least enforced disk encryption and remote wipe. Formal, evidenced, periodic access reviews. Vulnerability scanning. Backup testing that produces a record rather than a belief. Documented onboarding and offboarding. This is the bucket that dwarfs the others, and it is the one no auditor quotes you because it is not their scope.
Why remediation dwarfs the audit
Consider a mid-sized core facility: forty staff, a hundred managed machines counting instrument PCs and shared analysis workstations, a couple of cloud tenancies, one bespoke web application that partners log into, and a fileshare containing pseudonymised participant data. Nothing exotic. Now walk the control matrix.
- Endpoint monitoring. Every managed device needs protection that is centrally visible and reportable. Instrument PCs running vendor-locked Windows builds are the classic problem here, and the honest answer is usually network segregation plus documented compensating controls rather than an agent the instrument vendor will not support. See our EDR versus antivirus explainer for which layer your data classification actually requires.
- Centralised logging. Authentication events, administrative actions and access to the sensitive fileshare, retained and searchable. Storage is cheap; the design work and the ongoing review are not.
- MDM and encryption. Laptops leave the building. Encryption plus remote wipe plus a device inventory that is actually accurate turns a lost machine from a notifiable breach into a paragraph in an incident log.
- Access reviews. Quarterly, evidenced, with a named reviewer signing off. In practice this means a scheduled export from your identity provider, a review, and a signature. Groups already using an e-signature tool with a real audit trail find this the least painful control in the whole set; groups doing it over email find it the most.
- Vulnerability management and backup testing. Regular scans, a triage process, and restores you have actually performed rather than assumed.
Add the licences up across a hundred endpoints and the recurring annual figure for that stack will, in most research settings we have looked at, comfortably exceed the auditor’s fee — and unlike the auditor it renews every year regardless of whether you repeat the audit. The uncomfortable corollary is the useful one: if a control on that list feels like it is only there for the certificate, you have probably scoped badly. A research group holding pseudonymised participant data should be running endpoint monitoring, encrypting laptops and reviewing access whether or not a sponsor ever asked. SOC 2 is the invoice arriving for security work that was already overdue.
Type I versus Type II, and the other real decisions
Type I is cheaper, faster, and frequently not accepted. A Type I opinion says your controls were suitably designed at a point in time. A Type II says they operated effectively across an observation window — commonly three to twelve months, with shorter first windows negotiable. Type I costs less because there is no operating-effectiveness testing, and you can have one in weeks rather than quarters. The catch is that a growing number of counterparties, particularly pharmaceutical sponsors and health systems, will only accept Type II, and some will accept a Type I as a bridge on the explicit condition that a Type II follows within a stated period. Before you spend anything on a Type I, get your counterparty to say in writing whether it satisfies the clause. If it does not, a Type I is money spent on a rehearsal.
Automation platforms cut labour and add annual cost. The trade is straightforward once you name it: you are converting staff hours spent screenshotting consoles into a subscription line. If your evidence-gathering falls on a research computing manager whose time is already oversubscribed, or on a PI who should not be doing it at all, the subscription is usually the better buy. If you have an information governance officer with capacity and a tolerance for spreadsheets, the first Type II can genuinely be done manually. What you should not do is buy the platform and then still do it manually because nobody configured the integrations — that is the worst of both.
A large slice of the bill is tooling you should own anyway. This is the strongest argument to take to a finance committee and the most honest thing on this page. Strip out the readiness document, the auditor and the platform subscription, and what is left is a security baseline with independent value. Frame the business case that way and the certificate becomes the smaller, contract-driven half of a spend that was justified regardless.
Do not buy SOC 2 if nobody has asked for it. If you are considering it speculatively, to look credible to future sponsors, stop. Spend the same money on the remediation bucket alone, document what you did, and answer security questionnaires with that. A SOC 2 report covers a named period and goes stale; the controls do not. Buy the attestation when a contract requires it, not before — and be equally sceptical of an internal push to widen scope beyond what the requiring contract names.
What makes a core facility or spinout different
Most SOC 2 cost writing assumes a venture-funded startup: cloud-native, no legacy hardware, an IT function that owns every device, and a board that treats the spend as a cost of sales. A research core facility or a university spinout differs on all four counts, and each difference has a price.
You may not own the environment. Spinouts frequently sit on university IT under a shared services agreement, and core facilities almost always do. That means some of your controls are operated by someone else. Your auditor will want either evidence that the institution operates them effectively — sometimes via the institution’s own report — or a carve-out with compensating controls. Establishing this early is the single highest-leverage conversation in the project, and leaving it until fieldwork is the most reliable way to blow the budget.
Instrument PCs exist. Sequencers, imaging rigs and analysers ship with locked operating systems the vendor forbids you to patch. No control matrix has a row for this. The workable answer is segregation, documented risk acceptance and monitoring at the network boundary, agreed with the auditor in advance rather than argued about during testing.
Your staff turn over on grant cycles. Postdocs, students and visiting researchers arrive and leave constantly, which makes joiner-mover-leaver evidence unusually demanding. Access reviews that would be routine at a stable forty-person company become the control most likely to produce an exception. Budget for the process, not just the tool.
Your funding is lumpy. An annual subscription stack is awkward against grant accounting rules that dislike multi-year commitments and post-award costs that were not in the original budget. Talk to your research finance office before you sign anything annual, and check whether the tooling can be recovered as indirect cost or charged to the contract that demanded it.
How to get a real number within a fortnight
- Get the requirement in writing. Ask the counterparty for Type, criteria and deadline. “SOC 2 Type II, Security and Confidentiality, report required before go-live” is a scope. “SOC 2” is not.
- Draw the system boundary. One page: which application, which infrastructure, which people, which locations. Everything outside the line is out of scope, and defending that line is how you control cost.
- Resolve the institutional dependency. Find out what your university or hospital IT operates on your behalf and whether they will evidence it. This changes the quote more than anything else you do.
- Collect three auditor quotes against the same one-page scope. Firms that will not quote from a written scope are firms that will surprise you later.
- Price the remediation stack separately, per device and per user. Endpoint protection, MDM, logging and identity. Get real quotes — several of these, Bitdefender GravityZone included, are priced by seat or endpoint at checkout rather than from a public list.
- Decide on the automation platform last. By this point you know how many controls and integrations you have, which is the only basis on which the subscription can be evaluated honestly.
Do it in that order and the four numbers assemble themselves. Do it in the reverse order — platform first, scope last — and you will buy a subscription sized for a system boundary you had not yet drawn.
Start with the control that carries the most evidence
Endpoint monitoring underpins a disproportionate number of SOC 2 controls, and it is worth owning whether or not the certificate ever materialises. GravityZone is quoted by endpoint count rather than from a public list, so get a figure against your real device inventory before you build the budget.
Per-device annual licensing — see current offer
Get a GravityZone quote Opens on the vendor’s site · CASRAI referral link
Frequently asked questions
How much does SOC 2 compliance cost in total?
There is no single figure, because SOC 2 is a scoped attestation rather than a fixed-price certification, and the same organisation can pay severalfold different amounts depending on which systems and criteria are in scope. Budget for four buckets — readiness, auditor fees, an automation subscription and remediation — and expect remediation to be the largest. CASRAI does not print estimated ranges for audit firms or compliance platforms because we only quote prices we can read off a vendor pricing page, and those vendors quote privately.
Why will you not just give me a dollar range?
Because every published range we have checked is either a vendor marketing figure or an average across a population that looks nothing like a research core facility. A number invented for you would go into a budget line and become the thing you are held to. The method in the section above gets you a defensible figure from three real auditor quotes and real per-seat tooling prices within about two weeks, which is faster than most procurement cycles anyway.
Is a SOC 2 Type 2 cost much higher than Type I?
Yes, on both money and time. Type II adds operating-effectiveness testing across an observation window, typically three to twelve months, which means more auditor hours, more evidence and a materially later delivery date. The remediation and tooling costs are broadly the same for both, since you have to implement the controls either way — the difference is concentrated in the auditor fee and the calendar.
Can we reduce the SOC 2 audit price by preparing better?
Substantially, yes. Auditors bill time, and most avoidable time goes on chasing evidence that is disorganised, undated or scattered across consoles. A clean evidence set — exports rather than screenshots, consistent dates, one index — is the cheapest lever you have. Resolving what your institutional IT operates on your behalf before fieldwork begins is the second cheapest.
Do we need a compliance-automation platform, or can we do it manually?
A first Type II can genuinely be done manually if you have a person with capacity and a tolerance for structured record-keeping. The platform is a labour-substitution purchase: it converts staff hours into an annual subscription. If your evidence gathering would otherwise fall on a research computing manager or a principal investigator, the subscription is usually cheaper than the hours it displaces — but only if someone configures the integrations properly.
Does our university’s existing security certification cover us?
Sometimes partially, never automatically. If your institution operates identity, network or backup controls on your behalf, your auditor may accept evidence from the institution, and in some cases from the institution’s own attestation report. But the report has to cover the systems in your scope for the period in question, and the boundary between your controls and theirs has to be documented. Ask your IT and information governance leads before you assume anything.
What is the one thing most likely to blow the budget?
Scope creep driven by an unspecified contract clause. A security schedule that says only “SOC 2” invites internal debate, and the safe-feeling answer is always to include more systems and more criteria. Get the counterparty to name the type, the criteria and the deadline in writing, then defend that boundary through the whole engagement.
