San Jose builds things, and a shipped defect has no rollback button. A hosted platform patches its own servers; a product company's flaw is already in the customer's rack. CyberFortify tests the product - firmware, secure boot, debug interfaces, signed updates and the device's API and cloud back end - plus the corporate and manufacturing networks where someone could tamper upstream. Evidence maps to SOC 2, PCI DSS 4.0, NIST CSF and ISO 27001 A.8.29. Fixed price, audit-ready reporting, free retest.
// 01 Why San Jose businesses need penetration testing
Ask a product engineer here what keeps them awake and the answer is rarely a defaced marketing site. It is the image already burned into a hundred thousand units on a truck. San Jose's economy is built on physical output - silicon, switches, access points, sensors, controllers, medical and automotive electronics, and the embedded software animating all of it. That inverts the usual security problem: a company running only its own servers fixes a flaw quietly on a Tuesday, while a hardware company fixes nothing until a customer chooses to apply a firmware update to equipment that may sit in a locked cabinet for a decade.
The consequences follow the product. A weak signature check on the update path is not one vulnerability; it is a standing invitation to install attacker code on every unit in the field. A production build that left a debug or JTAG interface reachable turns physical access into root. A default credential baked into an image becomes a botnet recruitment pool the moment someone publishes it. And since the device is only half the product, the test must follow the traffic upward - into provisioning, telemetry and the fleet-management API where one broken authorisation check reaches every unit.
Most companies also underweight the systems that create the product. Build servers, signing infrastructure, factory provisioning and the components recorded in the SBOM are a more efficient target than any single device: tampering upstream scales automatically.
// 02 Compliance and regulatory drivers in San Jose
Product companies face a stack mixing California statute, buyer-imposed certification and product-security expectation. These are the obligations we most often map evidence against.
California SB-327 (connected devices)
California's IoT security law requires reasonable security features appropriate to the nature and function of a connected device, including no shared default passwords. Testing evidences a defensible design.
CCPA / CPRA
Businesses at the CPPA thresholds carry annual cybersecurity-audit and risk-assessment duties, and devices collecting household or behavioural data sit inside that scope. Independent testing feeds both.
SOC 2 & ISO 27001
Enterprise buyers gate purchase orders on a current report. ISO 27001:2022 A.8.29 names security testing in development and acceptance - the control your device software lifecycle must satisfy.
PCI DSS 4.0 Req 11.4
Any device, kiosk or platform touching cardholder data inherits Requirement 11.4 - internal and external testing annually and after significant change, plus segmentation validation.
NIST CSF
The language enterprise buyers use to compare vendors. We map findings to Identify, Protect and Detect so questionnaire answers rest on tested evidence, not policy text.
PSIRT & coordinated disclosure
Shipping products means receiving external reports. We test whether your intake, triage, advisory and CVE workflow holds up before a researcher forces the issue.
// 03 Penetration testing services for San Jose
Engagements here begin at the device and work outward. Which service leads depends on lifecycle stage: pre-release firmware pulls toward embedded and update-path work, shipping fleets toward the API and cloud back end, and the corporate estate matters most where build and signing systems live inside it.
API pen testing
Provisioning, telemetry and fleet-management APIs - broken object-level authorisation, weak device identity, replayable tokens and one call that reaches every serial number.
Cloud pen testing
The back end behind the hardware: tenant separation, IAM privilege paths, metadata exposure, storage holding firmware images and signing material.
Network pen testing
Corporate Active Directory, engineering VLANs and segmentation between office IT, the build pipeline and test-floor systems.
Web application pen testing
Device management consoles, customer portals, licensing and RMA systems - manual OWASP-driven testing plus business-logic abuse scanners never reach.
Mobile app pen testing
The companion app is often the weakest link - pairing and onboarding flows, local key storage, and the trust it extends to the device.
Red teaming
Goal-based simulation with a product objective: reach the signing key, tamper with a build artefact, or push an unauthorised image undetected.
// 04 How we deliver to San Jose
Geography, plainly: CyberFortify is a Gulf-based team at UTC+3 and San Jose runs ten to eleven hours behind. We have no California office and do not pretend otherwise. What we hold is a daily overlap window - our late afternoon and evening lands on your morning - for stand-ups, live triage and critical escalation. Testing then progresses overnight your time, so the update waits when your engineers log in.
What runs remotely
Firmware analysis from supplied images, device back-end API and cloud testing, external network testing, web and mobile assessment, and hardware testing against samples shipped to our lab under chain of custody.
What needs to be on-site
Internal network and assumed-breach work, manufacturing and test-floor assessment, and hardware that cannot leave your facility. We travel for these on an agreed schedule.
Every engagement opens with a free 30-minute scoping call and a fixed-price quote within the hour - no meters, no scope creep, free retest.
// 05 Industries we secure in San Jose
San Jose's sector mix is dominated by companies that design and build physical technology. We test across the categories defining that risk profile:
// 06 Our methodology
San Jose engagements run the audit-defensible process CyberFortify uses worldwide, weighted toward product security. Testing is grounded in the Penetration Testing Execution Standard (PTES) and NIST SP 800-115, with exploitation mapped to MITRE ATT&CK and application work driven by OWASP. Embedded assessment follows the established firmware sequence: acquire the image, unpack and inventory it, verify the boot and signature chain, hunt secrets and stale components against the SBOM, then attempt the abuse. As a CREST Accreditation Pathway firm we lead with manual testing.
Scoping & rules of engagement
Devices, firmware builds, hardware samples, back-end environments and escalation paths agreed in writing before testing starts.
Fixed quote in 1hTeardown & threat modelling
Attack surface mapped across the device, its update path and its cloud services, prioritised by what an attacker gains at fleet scale.
ATT&CK alignedManual exploitation
Weaknesses are chained under controlled conditions - debug access to root, unsigned image to persistence, one token to the whole fleet - with false positives removed by hand.
Controlled exploitReporting & free retest
Executive summary, CVSS-scored detail, control mapping for your auditors and remediation written for firmware engineers - then a free retest once fixes ship.
Audit-ready// 07 Why CyberFortify for San Jose
A scan-and-report vendor
Automated output rebadged as a pen test, scoped to whatever responds on a web port, silent on firmware, secure boot and the update path - and rejected by the buyer or auditor who wanted evidence of exploitation.
CyberFortify
A CREST-pathway team that treats the shipped product as the primary target, follows the attack from the debug header to the fleet API, maps findings to SOC 2, PCI DSS 4.0, NIST CSF and ISO 27001 A.8.29, and holds a daily overlap window with your engineers.
Engagements here commonly pair a firmware assessment with API testing of the device back end, the chain an attacker actually follows. Teams facing an audit add compliance consulting to turn findings into evidence an assessor accepts.
// 08 Frequently asked questions
Can you test firmware and embedded devices, not just the apps around them?
Yes - for most San Jose product companies that is the core of the engagement. We analyse firmware images, review the secure-boot and signature-verification chain, probe exposed debug and JTAG interfaces, hunt hardcoded secrets and default credentials, and attack the update path to see whether an unsigned or downgraded image is accepted. Findings are written for firmware engineers.
You are based in the Gulf. How does that work for a San Jose team?
We are honest about this: our team sits at UTC+3 and California is ten to eleven hours behind, so we are not local and claim no US office. Instead we hold a deliberate daily overlap window - our late afternoon and evening is your morning - for stand-ups, live triage and escalation, with testing continuing overnight your time. Most work is remote; we travel on-site only where hardware or lab access genuinely requires it.
Which regulations and standards drive penetration testing for San Jose companies?
For connected products sold into California, SB-327 requires reasonable security features appropriate to the device - in practice, no shared default passwords and a defensible design. CCPA and CPRA add annual cybersecurity-audit and risk-assessment duties at the CPPA thresholds. Commercially, SOC 2 and ISO 27001 A.8.29 gate enterprise deals, PCI DSS 4.0 Requirement 11.4 applies wherever payments are handled, and NIST CSF is how buyers compare vendors.
We already have a bug bounty. Why commission a penetration test as well?
A bounty rewards whatever researchers happen to find on surfaces they can reach for free. It rarely covers pre-release firmware, factory provisioning or the build pipeline, and offers no coverage guarantee and no report an auditor will accept. A scoped test gives deliberate depth, evidence of exploitation rather than theory, and a document you can hand to a customer or your board. Mature product teams run both, and we often help tune the coordinated-disclosure policy and PSIRT triage behind it.
How fast can we get a quote and how are San Jose engagements priced?
Book a free 30-minute scoping call and we return a fixed-price quote, usually within the hour and always within one business day. Price follows scope - device count, firmware complexity, whether hardware samples and JTAG access are provided, and how much of the back end is included - not an hourly meter. Every engagement includes a free remediation retest.