Why your next security renewal will cost more than you expect and what to do about it
Enterprise security renewals have quietly become one of the biggest unbudgeted expenses in IT. The causes are structural and most CISOs don’t see the problem until the invoice lands.
| 35%+ RENEWAL PRICE HIKE One major vendor raised prices 35%+ in a single year no announcement. | 2x HARDWARE RENEWAL COST Appliance firewalls often cost 2x the original price at year-three renewal. | 16 days AVG ATTACKER DWELL Average time attackers spend inside networks before detection. |
Every three years, the same conversation happens in boardrooms across India and the globe. An IT team that bought enterprise security hardware in good faith with a reasonable first-year cost goes back to their vendor for renewal and gets a quote that makes no sense. The hardware is the same. The network hasn’t changed. But the price has climbed 40%, 60%, sometimes more.
This isn’t a glitch. It’s the business model.
Understanding why it happens and what a genuinely better alternative looks like is what this post is about.
The real cost of enterprise security isn’t what you pay in year one. It’s what you pay in year three when the vendor knows switching is painful.
The three structural problems driving security cost escalation
1. The add-on module trap
Most enterprise security platforms are sold with an attractive base price. What doesn’t get discussed clearly at the time of purchase is the list of capabilities that aren’t included and have to be purchased separately as add-ons.
Want centralised log management? That’s a separate product. Advanced analytics? Another licence. VPN management at scale? Another SKU. Compliance reporting for your auditor? Yet another module, billed annually, with its own renewal cycle.
By the time a mid-sized organisation has the feature set it actually needs, it’s managing 4–6 separate contracts, 4–6 renewal dates, and 4–6 support queues all from a single vendor family, all adding to a total cost of ownership that was never clearly presented at the start.
Real cost impact
A company paying ₹15 lakhs in year one for a security appliance stack is often paying ₹25–30 lakhs by year three once mandatory add-ons, support extensions, and annual subscription renewals are factored in. The “affordable” entry point was a deliberate choice by the vendor to establish lock-in first.
2. The lock-in renewal strategy
Hardware-based security vendors have refined renewal pricing into an art. The logic is straightforward: once an organisation has deployed a vendor’s appliances, trained its team on the management interface, and built its network policies around that platform, the cost and disruption of switching is significant. Vendors know this and price renewals accordingly.
The pattern is consistent across the industry. Year one pricing is competitive. Year two holds steady. Year three when the original 3-year contract expires the renewal quote arrives at nearly double the original hardware cost when annual support and subscription fees are included. Multi-year contracts often require full payment upfront, meaning there is no flexibility even if circumstances change.
The upfront payment trap
Many hardware-based security contracts require the full multi-year fee to be paid in advance. There is no annual payment option. Organisations that sign a 3-year deal are committing the entire cost upfront with no recourse if the product doesn’t deliver, if the vendor is acquired, or if the organisation’s needs change.
3. The cloud proxy price squeeze
Cloud-native security platforms particularly those built on a proxy architecture where all traffic is routed through the vendor’s data centres face a different but equally serious problem. Their cost structure is directly tied to data centre infrastructure: compute, storage, bandwidth, and electricity.
Global data centre electricity costs have risen significantly in recent years. In major markets, power costs are up 40–60% since 2020. For security vendors running thousands of cloud nodes to inspect enterprise traffic, this squeeze is real and it flows directly into customer renewal pricing.
The result: a vendor that offered genuinely competitive pricing in 2021 or 2022 may now be 35–40% more expensive on renewal, with no corresponding improvement in the product. Worse, organisations that signed multi-year contracts without explicit price protection clauses have no leverage whatsoever.
If your multi-year security contract doesn’t include an annual price cap clause, you are exposed to unlimited escalation at renewal.
The visibility problem nobody talks about
Cost is only half the story. The other half is what most enterprise security stacks fundamentally cannot see.
Modern security architecture is overwhelmingly focused on the perimeter the boundary between the organisation’s network and the outside world. Firewalls inspect traffic entering and leaving. Cloud access security brokers monitor what users do when they reach the internet. Endpoint agents watch what happens on individual devices.
What the standard security stack does not cover and was not designed to cover is what happens inside the network after a threat has already passed the perimeter.
Consider a common attack sequence: a user receives a convincing phishing email. They enter their credentials on a fake login page. The attacker now has valid credentials for a real account inside the organisation. From this point, the attacker moves laterally accessing file servers, escalating privileges, mapping the network, identifying high-value targets, and eventually staging data for exfiltration.
At no point in this sequence does the standard perimeter-focused security stack trigger an alert. The traffic looks legitimate. The credentials are valid. The firewall sees nothing unusual because all the activity is happening inside the network in east-west traffic that the firewall was never designed to inspect.
The 16-day window
Industry data consistently shows that the average attacker spends 16 days inside a network before being detected. In many breaches, the dwell time is measured in weeks or months. This is not a failure of the perimeter it is an architectural limitation. You cannot detect internal movement with tools that only watch the edge.
Network Detection and Response (NDR) was developed specifically to fill this gap. By monitoring internal network traffic what flows between servers, between users, between cloud workloads and applying behavioural analytics and machine learning to that traffic, NDR can identify the subtle anomalies that indicate a threat is already inside the network.
Until recently, enterprise-grade NDR required dedicated hardware sensors, significant storage infrastructure, and a team of analysts to interpret the output. The technology existed but only large enterprises with dedicated security operations centres could realistically deploy it.
That has changed. Cloud-native NDR platforms can now be deployed in minutes, require no additional hardware, and use AI to surface prioritised alerts rather than burying analysts in noise. This capability is now accessible to organisations of 100–2,000 users the mid-market segment that has historically been most exposed.
What a genuinely better alternative looks like
The problems above cost escalation, module sprawl, lock-in pricing, and internal visibility gaps are not inevitable. They are the result of a specific market structure where security capabilities are deliberately fragmented and sold separately to maximise vendor revenue.
The Periscope Zero Trust Security Bundle was built as a direct response to this structure. It consolidates the four core capabilities that every organisation needs network security, zero trust access, endpoint protection, and AI network detection into a single platform with a single contract and transparent, predictable pricing.
| Component | What it does | Key capability |
| NGFW + ZTNA | Protects perimeter. Enforces identity-based access users only reach applications explicitly authorised for them. | ✓ Deep packet inspection, IPS, web filtering, SD-WAN |
| CyGlass AI NDR | Monitors internal east-west traffic 24/7. 100+ ML models detect lateral movement and anomalous access in real time. | ✓ Cloud-native, no hardware, live in 15 minutes, hybrid coverage |
| Endpoint + EDR | Protects every device Windows, Mac, Linux, mobile. Detects and rolls back ransomware. Stops fileless malware. | ✓ SE Labs AAA-rated, anti-ransomware rollback, threat hunting |
| AuthPoint MFA + SSO | Enforces multi-factor authentication across all applications. Eliminates credential-based attacks with risk-based authentication. | ✓ Push, TOTP, hardware token, cloud app SSO, AD integration |
| ThreatSync XDR | Correlates signals from all layers into a single prioritised incident feed. Automated response across all products. | ✓ One console, no SIEM required for tier-1, auto-containment |
| Compliance reporting | Automatically generates audit-ready evidence for PCI DSS, HIPAA, ISO 27001, and SOC 2 from live network telemetry. | ✓ Pre-built report templates, no manual evidence collection |
The commercial difference
One platform. One contract. One renewal date. Annual billing available no full upfront multi-year commitment required. Transparent pricing benchmarked against your current vendor invoice before you sign anything. Periscope Technologies handles implementation, managed service, and support as your dedicated partner.
Who this is built for
The Periscope Zero Trust Security Bundle is designed specifically for organisations in the 100–2,000 user range operating in regulated or compliance-sensitive industries banking and financial services, insurance, healthcare and pharma, legal and professional services, manufacturing, and government-adjacent organisations.
The specific triggers that make this conversation timely:
1. Upcoming security renewal
If your current 3-year contract is expiring in the next 6–12 months, now is the window to evaluate alternatives. Inside 60 days, you’re effectively locked in regardless of what you find.
2. Recent breach or near-miss
A security incident detected late or not at all until damage was done is often the moment organisations discover their east-west visibility gap. NDR addresses this directly.
3. New compliance requirement
RBI, SEBI, IRDA, and HIPAA requirements for financial institutions and healthcare providers in India are tightening. Automated compliance reporting and documented access controls are increasingly mandatory, not optional.
4. Cyber insurance renewal
Insurers are increasingly requiring documented MFA deployment, NDR capability, and incident response procedures as conditions of coverage. The bundle satisfies all three.
5. IT consolidation initiative
If a new CISO, CTO, or IT Director is rationalising the vendor stack, a single-platform Zero Trust bundle is a natural fit it replaces 4–5 separate vendor relationships with one.
The free 30-day pilot
We are aware that claims about lower cost and better protection are easy to make. That is why we offer a 30-day CyGlass AI NDR pilot on your live network before any commercial conversation takes place.
No hardware is required. Deployment takes 15 minutes. For 30 days, the platform monitors your internal network traffic, flags anomalies, identifies compliance gaps, and produces the kind of evidence that typically takes months of manual work to compile.
In our experience, most organisations find something they did not know existed within the first 48 hours. That finding becomes the business case. We present it to you, you decide whether to proceed. If the numbers work, we move forward. If they don’t, we tell you that and we part ways on good terms.
That is the kind of commercial relationship we believe security should be built on.
Zero Trust isn’t about spending more on security. It’s about spending smarter and finally seeing everything that’s happening inside your network.
Ready to see what your current stack is missing?
Start with a free 30-day NDR pilot on your live network no hardware, no commitment, results in 48 hours. Or book a 20-minute call and we’ll benchmark your current vendor cost against ours within 24 hours.
Book a free consult: periscope-tech.com/periscope-secure-access-platform
info@periscope-tech.com · +91 91525 30544 · www.periscope-tech.com
