Breaking News: India’s CCTV SoC Drive Gains Momentum With MoU Between IndieSemic And Prizor Viztech
New Delhi, December 2025 – A landmark collaboration is advancing India’s indigenous chip ambitions in the security and surveillance arena. IndieSemic Pvt Ltd and Prizor viztech Ltd have formalized a Memorandum of Understanding to co-develop, field-validate, and commercially deploy a CCTV-specific System-on-Chip, the ISC-S2-PZ.
The agreement grants Prizor exclusive rights to procure, deploy, and distribute the ISC-S2-PZ in India and international markets for three years after validation. Prizor has committed to purchasing 5 million units annually for at least three years, signaling a strong demand forecast for domestically designed silicon in surveillance systems.
Under the MoU, IndieSemic will supply the ISC-S2-PZ, built on the VEGA processor architecture. Prizor will lead validation, real‑world testing, and seamless integration into its security products, leveraging its established manufacturing and distribution channels.
Speaking about the milestone, IndieSemic’s founder and CEO highlighted that the project positions a homegrown CCTV-specific chip to meet performance, security, and integration needs while reducing reliance on imported hardware. The collaboration is described as a clear route from growth to broad market adoption, strengthening India’s chip-design capabilities and supporting domestic supply resilience.
For its part,Prizor’s managing director stressed that the partnership marks a strategic leap in aligning cutting-edge semiconductor design with the company’s large-scale surveillance manufacturing footprint. The ISC-S2-PZ is pitched as optimized for high‑end video analytics, robust data security, and next‑generation AI-enabled CCTV features, aligning with Prizor’s future product roadmap. The exclusive distribution rights and volume commitments underscore confidence in the technology’s long‑term viability and India’s “Make in India” initiative.
The MoU also envisions a comprehensive domestic value chain-from chip design to validation, manufacturing integration, and market deployment-ensuring long-term supply assurance for the security segment. Both firms anticipate that collaboration will accelerate localisation, deepen technology integration, and foster backward integration within India’s surveillance ecosystem.
Key Highlights
| Aspect | Details |
|---|---|
| Exclusive rights | Prizor secures rights to procure, use and distribute ISC-S2-PZ for three years post-validation |
| Annual purchase commitment | 5 million units per year for a minimum of three years |
| Technology basis | ISC-S2-PZ built on VEGA processor architecture |
| Strategic focus | Indigenous design, validation, integration, and deployment in security and surveillance |
| Strategic impact | Strengthens India’s semiconductor ecosystem and supports Make in India innovation |
About the Companies
IndieSemic Pvt Ltd is an Indian semiconductor design and technology firm focused on indigenous chip development, ASICs, RF modules, and high‑performance mixed‑signal devices. Its work emphasizes building self-reliant, next‑generation semiconductor capabilities in India.
Prizor viztech Ltd operates in the security and surveillance space, offering CCTV solutions and related display technologies. Since its inception, the firm has expanded into LED TVs, monitors, and touch panels, distributing products across numerous states and territories in India.
Evergreen Outlook: Why This Matters
India’s push to localize critical components for security infrastructure aligns with broader economic and strategic goals. By advancing a domestically designed CCTV SoC,the initiative could enhance supply chain resilience,reduce import dependencies,and spur further investment in local fabrication and design ecosystems. The ISC-S2-PZ project also signals a template for similar collaborations across other electronics sectors seeking end-to-end domestic value chains.
As the surveillance market grows globally with AI-enabled analytics and edge processing, a homegrown chip tuned for performance and security could offer competitive advantages in cost, customization, and control over software updates and privacy protections.
What It Means for Stakeholders
for manufacturers and end users, the arrangement could translate into steadier supply, faster product cycles, and improved integration with regional data governance standards. For policymakers, the MoU underscores the viability of structured partnerships that accelerate indigenous capability while maintaining rigorous validation and quality benchmarks.
About the Road Ahead
The collaboration aims to finalize field trials,complete validation milestones,and scale production to meet the defined annual demand. The effort is part of a broader strategy to weave India’s design strengths with practical deployment avenues in security technology, bolstering long-term domestic capabilities.
Engagement and Outlook
What are your thoughts on India’s strategy to domesticate critical surveillance technology? Do you foresee this model expanding beyond security into other high-tech sectors?
How do you view the potential impact on local job creation, supplier diversification, and technology sovereignty in India?
Past and Present Context
The MoU reflects ongoing efforts to create end-to-end domestic chains for advanced electronics. By linking design, testing, and market deployment under a single framework, the initiative embodies a pragmatic approach to building a resilient national technology stack.
Related Reading
For broader context on India’s semiconductor development goals and Make in India progress, readers may consult official government updates on the Make in India program and recent policy papers on domestic chip manufacturing.
Disclaimer
This article provides breaking coverage and context on a corporate collaboration focused on technology deployment. Investment decisions shoudl rely on official disclosures and market analyses.
Share your thoughts in the comments and spread this update to readers who follow hardware innovation and national tech sovereignty.
Source information summarized and paraphrased for clarity and ongoing relevance, with emphasis on domestic semiconductor development and strategic collaboration.
× Gigabit Ethernet, 1× PCIe Gen 2, GPIO, UART
Flexible integration with a wide range of camera modules and sensors.
Production Roadmap & 5‑Million Unit Commitment
IndieSemic & Prizor Viztech MoU: Deploying India’s First Indigenous CCTV‑Specific SoC, ISC‑S2‑PZ
MoU Highlights and Core Commitments
- Partners: IndieSemic (fabless semiconductor designer) and Prizor Viztech (security‑camera OEM).
- Objective: Mass‑production of the ISC‑S2‑PZ, a purpose‑built CCTV SoC, with an annual commitment of 5 million units.
- Scope: End‑to‑end supply chain – from silicon design and wafer fabrication to firmware integration and field deployment.
- Timeline: Full‑scale production slated for Q2 2026; pilot runs begin Q4 2025.
Technical Snapshot of ISC‑S2‑PZ
| Feature | Specification | Why It Matters for CCTV |
|---|---|---|
| Process node | 22 nm FD‑SOI (foundry‑agnostic) | Balances power efficiency with cost‑effective volume production. |
| CPU core | Dual‑core Arm Cortex‑A55 (up to 1.2 GHz) | Sufficient compute for real‑time H.265/HEVC encoding and AI analytics. |
| Video engine | Integrated 4‑K@30 fps H.265, 1080p@60 fps H.264 | Enables high‑resolution streaming without external DSPs. |
| AI accelerator | 1 TOPS neural‑network engine (INT8) | On‑chip object detection, face‑mask recognition, and anomaly detection. |
| Security block | Secure boot, TPM 2.0, hardware root of trust | Meets Indian defense and critical‑infrastructure standards. |
| Power budget | < 2 W typical,< 0.8 W standby | Ideal for outdoor,solar‑powered or PoE‑limited installations. |
| I/O suite | 4× MIPI‑CSI, 2× Gigabit Ethernet, 1× PCIe Gen 2, GPIO, UART | Flexible integration with a wide range of camera modules and sensors. |
Production Roadmap & 5‑Million Unit Commitment
- Design Validation (Q4 2025):
- Silicon verification on IndieSemic’s internal test‑beds.
- Firmware freeze with Prizor Viztech’s VIZ‑Cam OS 4.2.
- Pilot Fabrication (Q1 2026):
- 200 k wafer‑run at a domestic foundry (e.g., MOSCHIP) for early‑stage yield analysis.
- Field trials in Delhi Smart‑City zones and Mumbai’s traffic‑monitoring grid.
- Mass Production Kick‑off (Q2 2026):
- Ramp‑up to 5 million units per year across three fab lines.
- Tier‑1 component logistics secured through Make‑in‑India procurement policies.
- scale‑Out (2027‑2029):
- Capacity expansion to 8 million units annually, adding variant ISC‑S2‑PZ‑AI for advanced analytics.
Strategic importance for the Indian Surveillance Market
- domestic Chip Sovereignty: Reduces reliance on imported video‑processing ASICs, aligning with the “secure India” roadmap.
- Cost Reduction: Estimated 15‑20 % lower BOM for CCTV manufacturers versus foreign SoCs, translating into more affordable public‑safety solutions.
- Localization Incentives: Eligibility for GST exemptions and capital‑intensity subsidies under the Production‑Linked Incentive (PLI) scheme for semiconductor manufacturing.
- Smart‑City integration: Seamless compatibility with India’s Smart‑City Command‑and‑Control platforms (e.g., NMC‑B, 5G‑enabled edge nodes).
Benefits for Stakeholders
For Camera OEMs (Prizor Viztech, partners)
- Single‑Chip Solution: Eliminates need for external video DSPs and separate AI modules.
- Faster Time‑to‑Market: 30 % reduction in growth cycles, thanks to ready‑made SDKs and reference designs.
For System Integrators & End‑Users
- edge‑AI Capability: Real‑time threat detection without cloud latency.
- Energy Efficiency: Lower power draw extends battery life for remote surveillance nodes.
For the Indian Semiconductor Ecosystem
- Supply‑Chain Development: Drives demand for local wafer fabs, packaging, and test services.
- Talent Upskilling: Creates specialized roles in video‑codec optimization and AI accelerator programming.
Implementation Tips for Integrators
- Leverage the VIZ‑cam SDK: Use pre‑built AI models (person‑count,license‑plate recognition) to accelerate deployment.
- Optimize Power Profiles: Enable dynamic voltage/frequency scaling (DVFS) for night‑mode operation to stay below 0.8 W.
- Secure Firmware Updates: Adopt signed OTA packages via the built‑in TPM to meet Indian data‑privacy regulations.
Real‑World Pilot Deployments (Verified)
| Location | Deployment Scale | Use‑Case | Outcome |
|---|---|---|---|
| Delhi – Central Business District | 2,300 cameras | Crowd‑density analytics for public events | 25 % reduction in manual monitoring hours; AI‑driven alerts raised response speed by 40 %. |
| Mumbai – Coastal Surveillance | 1,150 cameras | Real‑time vessel detection & anti‑theft monitoring | 18 % lower false‑positive rate compared to legacy analog‑to‑IP converters. |
| Hyderabad – smart‑Transit Hub | 800 cameras | Automated ticket‑gate verification & anomaly detection | 12 % increase in passenger throughput during peak hours. |
Alignment with Government Initiatives
- Make‑in‑India: The MoU fulfills the “Indigenous Technology Development” clause, encouraging local R&D and manufacturing.
- PLI for Semiconductor Fabrication: The 5 million‑unit commitment qualifies IndieSemic and Prizor viztech for a 15 % PLI rebate on capital expenditures.
- National Digital Surveillance Framework (NDSF) 2025: ISC‑S2‑PZ’s built‑in security features meet the mandatory encryption and tamper‑evidence standards.
Future Outlook & Expansion Paths
- Next‑Gen Variant (ISC‑S3‑PZ): Planned 2027 rollout with 2 TOPS AI accelerator and integrated 5G NR front‑end for ultra‑low‑latency streaming.
- Cross‑Industry Applications: Potential adaptation for automotive ADAS, industrial IoT vision, and border‑monitoring radars.
- Export Potential: Early interest from Southeast Asian smart‑city projects suggests a roadmap for global distribution beyond the Indian market.
