News & Media
Latest From SIDAK
Updates on exhibitions, product milestones, field trials, partnerships and company announcements.
SIDAK Showcases Tethered & UAV Systems at National Defence Exhibition
SIDAK Technologies presented its tethered aerial platforms and UAV portfolio to visiting delegations and industry partners at a national defence exhibition. The stall featured live demonstrations of payload integration, tether winch mechanisms, and ground control station hardware, drawing interest from procurement officials and fellow exhibitors. Team representatives held technical discussions on platform customization for specific operational environments, including high-altitude and maritime deployment scenarios. The exhibition provided an opportunity to engage directly with potential partners and gather feedback that will inform upcoming product iterations.
SIDAK Recognized Under the iDEX Innovation Framework
SIDAK Technologies’ tactical unmanned systems development was recognized through India’s Innovations for Defence Excellence (iDEX) framework, reflecting the company’s continued contribution to indigenous defence technology development. The recognition supports ongoing engineering work on specialized unmanned platforms and reinforces SIDAK’s commitment to developing sovereign capability aligned with national defence innovation priorities. The team continues to work closely with relevant programme stakeholders on further development milestones.
Live Demonstration of Surveillance UAV Platform Completed
SIDAK Technologies conducted a live product demonstration of its surveillance UAV platform for an invited audience of technical evaluators. The demonstration covered flight endurance, payload stability, and real-time video transmission under representative operating conditions. Attendees were briefed on the platform’s modular sensor options and ground control interface. The session concluded with a technical question-and-answer segment addressing integration requirements and deployment logistics.
Border Surveillance System Completes Field Trial Phase
A field trial of SIDAK’s AI-assisted border surveillance system was completed at a representative monitoring site, testing the platform’s persistent-loiter performance and edge analytics under real environmental conditions. The trial assessed detection reliability across varying lighting and weather conditions over an extended observation period. Results from the trial are being incorporated into the next phase of system refinement ahead of further evaluation.
SIDAK Expands Technology Partnership on Avionics Development
SIDAK Technologies entered into a collaborative technology partnership focused on advancing indigenous avionics and flight-control subsystem development. The partnership brings together complementary engineering expertise to accelerate development of fault-tolerant flight computers and power distribution architecture for SIDAK’s UAV and tethered platform lines. Both parties will continue joint technical reviews as the collaboration progresses toward prototype validation.
SIDAK Marks Engineering Capability Milestone at R&D Facility
SIDAK Technologies reached a notable capability milestone at one of its engineering facilities, with new testing infrastructure coming online to support power electronics and avionics validation work. The expanded capability allows the team to conduct a broader range of environmental and electrical testing in-house, reducing turnaround time for subsystem qualification. The milestone supports SIDAK’s ongoing effort to build distributed, self-sufficient R&D and testing infrastructure.
SIDAK Hosts Government Delegation for Technical Briefing
SIDAK Technologies hosted a government delegation for a technical briefing and facility walkthrough covering its tethered systems and ground control station development. The visit included live demonstrations of hardware in development and discussions on indigenous manufacturing capacity. The delegation reviewed ongoing qualification activities and discussed alignment with broader national self-reliance objectives in unmanned systems development.
Joint R&D Collaboration Advances Tether Management Systems
SIDAK Technologies continued its collaborative R&D programme with an academic research partner focused on advanced tether management and automated winch control systems. The collaboration combines SIDAK’s systems engineering with academic research strength to refine tension-sensing algorithms for dynamic deployment conditions. Early results from the joint work are informing design updates expected to improve reliability of the tethered platform line.
SIDAK Launches Heavy-Payload Tethered Aerial System
SIDAK Technologies introduced its heavy-payload tethered aerial system, designed to provide persistent elevated surveillance and communication capability without reliance on fixed infrastructure. The new platform supports payloads of up to 100 kg and is engineered for rapid vehicle-based deployment. The launch marks a significant addition to SIDAK’s product portfolio, targeted at customers requiring continuous aerial presence for extended operational periods.
SIDAK's Engineering Team Recognized for Technical Excellence
SIDAK Technologies’ engineering team received recognition for its work on multi-sensor payload integration, reflecting the technical depth of the company’s EO/IR and thermal systems development. The recognition highlights the team’s contribution to advancing indigenous sensor-integration capability within the broader unmanned systems ecosystem. SIDAK continues to invest in its engineering talent as it expands its sensor and payload development programme.
SIDAK Technologies Announces Expansion of Engineering Operations
SIDAK Technologies announced an expansion of its engineering operations to support growing demand across its UAV, tethered systems, and subsystems product lines. The expansion includes additional engineering hires and expanded testing capacity to accelerate product development timelines. Leadership reiterated the company’s focus on indigenous design and manufacturing as it scales to meet increasing customer requirements across defence and allied sectors.
