Service · Engineering

Keeps production-critical software fast, patched, and defect-free.

A named pod owns the software your business runs on — fixing defects, patching on a real cadence, and tuning performance — with every line assigned to you.

Named pod, not a queue Proactive, not reactive Full IP assignment

The continuous loop · proactive, not reactive

LIVE
SYSTEM
MONITOR
TRIAGE
FIX
PATCH
TUNE
EVERY FIX VERIFIED A NAMED POD

The real problem

Why software gets slower, riskier, and more expensive the longer it runs.

Shipping the application was the cheap part; the expensive part is the years after launch — and most maintenance happens by neglect. Dependencies drift, a known CVE sits unpatched, small defects pile into a backlog nobody owns, and performance erodes one query at a time, until one quiet Tuesday it falls over.

This isn't a minor line item. Research puts maintenance at 60–80% of a system's total cost of ownership, with fixes running three to four times the original build. The only question is whether you pay deliberately or as emergencies.

60–80%

Of a system's total cost of ownership is maintenance, not the original build.

Standish Group / IEEE ↗

3–4×

The original development cost is what post-deployment fixes run over a system's life.

Industry consensus ↗

The disciplines

What maintenance and support actually covers — and what each part delivers.

Four distinct disciplines, each guarding a different way software decays.

01

Corrective — fixing defects

Fixes bugs and crashes in production, ideally caught by monitoring before a user files a ticket.

Fewer incidents, shorter outages, a shrinking defect backlog.

02

Adaptive — keeping the stack current

Updates dependencies, runtimes, and third-party integrations as the world around your software changes.

No surprise breakage from a deprecated API or unsupported runtime.

03

Perfective — performance & tech-debt paydown

Tunes slow queries and refactors fragile code, reducing the tech debt that makes every change harder.

The application gets faster and cheaper to change over time, not slower.

04

Preventive — security patching & hardening

Scans for vulnerabilities, patches CVEs on a real cadence, and hardens the system against the next exploit attempt.

Closed attack windows and far fewer emergencies.

05

Production monitoring & incident support

Watches the live system and gives you a path to a human who knows your application.

Problems surface as an early alert and a real engineer responds — not a generic queue.

06

Enhancements & small-change delivery

Handles the steady stream of small feature requests, content changes, and config work between bigger projects.

The product keeps improving without a full project for every change.

Upkeep Deliberate

Maintenance is most of a system's lifetime cost. You pay it deliberately or as emergencies. A named pod working a real cadence is how the incident never happens — instead of a queue that reacts after it does.

As of June 2026 · revisit quarterly

What disciplined maintenance does to those risks — the measured impact.

Independent industry findings on the cost of poor maintenance — not Silicon Prime's own client results.

$2.41T

Cost of poor software quality to the US economy in 2022 — about $1.52T of it accumulated technical debt.

CISQ, 2022 Report ↗

$300K+

The cost of a single hour of downtime for over 90% of mid-size and large enterprises.

ITIC, 2024 ↗

4.76 days

Average time to exploit a newly disclosed vulnerability — while organizations still take tens of days to patch.

Fortinet, 2025 GTLR ↗

What's included

What our application maintenance and support covers.

The ongoing-care layer for software you already run in production, with our pre-release quality discipline on every change.

01

Onboarding & a system baseline

We learn your application and establish a baseline — defect backlog, dependency and CVE status, performance, uptime — so you get an honest map of what's healthy, at risk, and to fix first.

02

Corrective fixes & defect management

We triage and fix production defects against agreed priorities, working the backlog down — each fix verified by tests before it ships.

03

Adaptive updates & dependency management

We keep dependencies, runtimes, and integrations current, so the application never falls so far behind that staying current becomes a modernization project.

04

Security patching & vulnerability management

We scan for vulnerabilities, prioritize CVEs by real exploitability, and patch on an agreed cadence — closing the window attackers move through in days.

05

Performance tuning & tech-debt paydown

We fix the slow queries, resource leaks, and fragile code that erode performance, paying down tech debt instead of letting it compound.

06

Monitoring, incident support & enablement

We instrument the live system, respond to incidents within the agreed target, and either run support or train your team to — so you own the capability, not a black box.

What you get when you hire us — all yours under full work-for-hire IP

A named pod that knows your system
A documented system baseline and risk register
A maintained, patched, current codebase in your repos
Monitoring dashboards and an incident path
Agreed response targets you can report against
Runbooks and a trained team

This is distinct from managed application services, where we run the whole application end to end. Maintenance keeps software your team still owns and runs healthy and current.

How it runs

How a maintenance and support engagement runs.

One accountable lead and a named pod — no handoff to a stranger when you call.

STEP 01

Onboard

Learn the application, document how it works, and take over deploy and support safely.

Output: a team that knows your system & a clean handover

STEP 02

Baseline

Measure defect backlog, CVE status, performance, and uptime, then agree the targets we'll be judged on.

Output: a baseline & the metrics that define "working"

STEP 03

Run

The continuous loop: monitor, triage, fix, patch, tune, and ship small changes — every fix verified.

Output: a system held healthy & current, reported on cadence

STEP 04

Improve

Work the backlog and tech debt down over time, and either keep running it or train your team to own it.

Output: software cheaper to change & a team that can take the keys

Track record

Four years owning a business-critical system — without drama.

The clearest evidence we do the long, unglamorous work well is the engagement that is exactly this — sustained run and ownership, not a one-off fix.

A Stanford-rooted Responsible AI lab, founded 2011, run by founder Kelvin Tran — 20+ years of production engineering, personally accountable for every engagement. We'll tell you plainly when your problem is three fixes and a patch cadence, not a year-long rebuild — which a firm billing by the managed seat won't.

Maintenance owned · 200+ locations · 4+ years

BJ's Restaurants — we've owned the maintenance for four-plus years. Release cadence rose from every two weeks to twice a week with zero critical defects sustained, while the cost of maintaining its web apps went down, not up. That is what continuous maintenance actually looks like.

Why run your maintenance with us.

What sets us apart is that you keep a healthy system and the capability to run it — not a dependency dressed up as a service.

01

Proactive, not reactive. A multi-year production record of holding a non-tech enterprise at zero critical defects (BJ's) — maintenance as prevention, where the incident never happens, not a queue that reacts after it does.

02

A pod that knows your system, not a ticket lottery. The same accountable lead and named engineers stay with your application, so whoever picks up at 2 a.m. already knows how it's wired — knowledge you're paying to keep, not relearn each call.

03

AI-augmented upkeep. Our patent-pending Aegis AI process applies AI code review, regression prevention, and risk scoring to maintenance work, so more of the codebase stays covered and more defects are caught before production than a manual team could hold.

04

Built to transfer. Every fix, runbook, dashboard, and the maintained code itself is assigned to you under full work-for-hire IP — so keeping us on is a choice, not a lock-in.

Where it matters most

Where disciplined maintenance matters most.

Questions buyers ask before they hire.

What exactly does application maintenance and support cover?+
Four disciplines plus the support around them: corrective (fixing production defects), adaptive (keeping dependencies, runtimes, and integrations current), perfective (performance tuning and tech-debt paydown), and preventive (security patching and hardening) — wired together with production monitoring, an incident path with agreed response targets, and a steady stream of small enhancements. We scope to your highest-risk gaps first, starting from a baseline of your defect backlog, CVE status, performance, and uptime.
How is this different from managed application services or DevOps?+
Three distinct jobs. Application maintenance keeps software your team still owns and runs healthy, current, and defect-free. Managed application services is the step up — we take over running and operating the whole application end to end. DevOps services build and automate the release pipeline those changes flow through. Most teams that come to us for maintenance have a working product that's quietly decaying — drifting dependencies, an unowned defect backlog, no patch cadence — and need disciplined upkeep, not a rebuild.
What are your SLAs and response times?+
We set response and resolution targets with you at kickoff, scoped to how critical the system is and what you actually need — a system that takes orders 24/7 warrants a tighter target than an internal tool, and we won't sell you the expensive one if the cheaper one fits. The target becomes a number we report against, not a promise you take on faith.
How fast do you patch security vulnerabilities?+
On a cadence agreed at kickoff, with CVEs prioritized by real exploitability rather than raw severity score — because the window is short. Fortinet's Global Threat Landscape Report 2H 2023 (published 2024) puts the average time-to-exploit a disclosed vulnerability at roughly 4.76 days, while many organizations still patch critical flaws in tens of days. We close that gap deliberately, and critical patches are treated with the same urgency as a production incident.
Will you maintain an application your team didn't build?+
Yes — taking over an inherited or third-party-built codebase is most of this work. Onboarding starts by learning how the system actually works and documenting it, so the knowledge lives with you rather than in one departed engineer's head. The baseline we produce — architecture, dependencies, known issues, risks — is often the first complete picture a team has had of its own application, and it's yours regardless of how long the engagement runs.
What security and compliance controls should we expect when we give you access to production?+
Every engagement opens with an NDA and a security review, then runs under least-privilege, read-only-by-default access inside your own cloud tenant — we don't copy your data onto our own infrastructure — and aligns to whatever SOC 2, HIPAA, or PCI controls already govern the system. A maintenance partner's access is part of your attack surface: third-party involvement in confirmed breaches doubled to 30% in 2024 (Verizon 2025 DBIR), so we scope access tightly and log what we touch rather than taking blanket admin rights.
Who owns the code and fixes when the engagement ends?+
IP ownership is defined in each engagement's contract, and we work directly in your own repositories from day one — so every fix, patch, runbook, and dashboard lives with you as we go, not in a black box locked to us. We scope engagements so you can exit cleanly: there's no proprietary tooling you'd lose access to when it ends, and you can keep us on a reduced retainer, move to a fully managed operation, or take the keys and run it yourselves.
What does it cost and how is it structured?+
Most engagements reach a steady operating state in 4–8 weeks, scoped to the size and criticality of your application with one accountable lead and priced to the outcome rather than the hour. Cost depends on that scope — our AI development cost guide covers how we scope and price engineering work — and it's worth weighing against the documented downside: a single hour of downtime now exceeds $300,000 for most mid-size and large enterprises (ITIC, 2024), and deferred maintenance is the largest share of a system's lifetime cost. The upside is just as measurable: disciplined maintenance under our patent-pending Aegis AI process helped BJ's Restaurants (200+ locations) move to twice-weekly releases with zero critical production defects across a 12-month window.

Thirty minutes · no pitch deck

Ready to stop paying for maintenance as emergencies?

Bring the software your business runs on — we'll baseline its health, tell you honestly what's at risk, and put a named pod on a real cadence behind it.