Starting from Secure Chip
End-to-End Security Empowerment for the Hardware Product Lifecycle
Through a 'chip + platform + tools + services' architecture, security capabilities are embedded across the entire lifecycle—from chip selection, solution design, and production testing to end-user deployment. The system delivers core capabilities including identity authentication, key management, data encryption, secure connectivity, anti-counterfeiting traceability, and trusted services, accelerating the journey from solution development to volume production.
V2X Security Solution
Addressing the high-security, high-reliability, and long-life-cycle requirements of intelligent connected vehicles, Jahport delivers an Internet of Vehicles (IoV) security solution built on automotive-grade secure chips as the hardware root of trust, covering endpoints, communications, and platforms. The solution extends security capabilities from the software layer down to the chip level, establishing an end-to-end security framework across the entire vehicle lifecycle—design, production, operation, upgrade, and maintenance—through automotive-grade secure SoCs, a security operating system, HSM, cryptographic algorithms, key and certificate management, and an IoV security platform.
Find My & Find Hub Solutions
Apple Find My and Google Find Hub (Find My Device) networks leverage billions of devices worldwide to build crowdsourced location systems. Jahport is an officially Apple- and Google-certified secure Bluetooth SoC partner, delivering full-lifecycle Find My & Find Hub solutions for OEMs, ODMs, and brands based on JC511/JC521, covering solution design, pre-testing, and mass production.
Consumable Anti-Counterfeiting Solution
Counterfeit and substandard products remain persistent in the consumables market. Traditional anti-counterfeiting technologies largely rely on external markings, which can be easily replicated or bypassed, damaging the interests of brand owners and end users. Jahport leverages the PUF hardware root of trust inside the JC100 chip to establish an unclonable hardware identity for each consumable, enabling access authentication, usage control, and full-lifecycle traceability. Through production binding, dynamic challenge-response authentication, and lifecycle management, clone, replay, and chip-swap attacks are effectively blocked, helping customers build a closed-loop anti-counterfeiting system in which genuine products are identifiable, counterfeits are hard to replicate, and anomalies are controllable.
Anti-Cloning Solution
Addressing risks of hardware cloning, firmware replication, and insider leakage, Jahport delivers an anti-cloning solution built on the JC1XX series PUF-based anti-counterfeiting authentication chips, leveraging PUF hardware identity, dynamic authentication, and production key isolation. Each board carries an unclonable physical fingerprint and authenticates at power-on, so copied code cannot obtain authorization. Combined with a multi-algorithm engine, I²C interface, and supporting production infrastructure, the solution spans R&D, mass production, certification, and after-sales—helping customers protect hardware assets, reduce counterfeiting risks, and achieve a manageable closed loop.
A provenbusiness footprint
ICT
Secure servers · crypto cards · eSIM · space communication security
Industrial IoT
Industrial control security · encrypted comms · encrypted storage
Smart Office
Printer consumable encryption · AV conference encryption · PC peripheral security
Smart Mobility
Smart car keys · e-bike control · in-vehicle comms encryption · V2X / OBU / ECU
Smart Living
Find My & Find Hub · IoT protection · smart home control · phone data encryption · gaming peripherals
Ecosystem Security
Accessory, battery, medical consumable anti-counterfeiting · e-cigarette encryption
Smart Retail
Logistics tracking · warehouse management · smart price tags
Artificial Intelligence
Robot security · agent security · AI servers
Your scenario, our “chip” solution
Tell us your product form factor and security needs — our solution team will match the optimal combination of chip, firmware and cloud.