HEKA

Interesting…most of the new electric aircraft OEMs vastly underestimate the effort of certifications standards. Now that US DoD programs are also going all in on these standards, it’s great to bring attention. HEKA does know these standards, and home to the geographic epicenter of aerospace engineering…Florida’s Space Coast. Lower cost of development and certification, higher density of engineering talent, and the ability to bring firm-foxed schedule and budget solutions to new aircraft platforms.

We are seeing significant adoption of modern standards and paradigms like DO-178, DO-254, FACE, and MOSA across new defense applications. HEKA applauds the adoption of these processes and standards because they lead to increased quality, safety, and interoperability of electronic systems. (It is also something we do well and help others perform efficiently). When taken as a whole, this leads to assured mission success for the warfighter!

Impressed to say the least! Kudos to our local university, Florida Institute of Technology and Larson Motor Sports! Race cars with Jet Engines! Thank you for the great tour as part of the Florida Tech Alumni association and Florida Tech CAMID. Hmm I wonder if these engines could use a custom FADEC for improved performance ….

Lately, a hot topic has been the schedule of the new aircraft OEMs certifying their aircraft and achieving airworthiness.I can only comment on the avionics side, which is one of HEKA ‘s core specialties. I can state that those companies that realize that experience triumphs novel technology are ahead of the game and planning appropriately... It's like buying insurance ... the cost of an independent audit, assessment, and plan, or even complete outsourcing to companies like HEKA ensures that budgets and timelines are met. Getting to market on time and within budget is critical. Contact us HEKA #DO178 #DO254 #Avionics #Certification #eVTOL

HEKA- Chris Marot, and Katelyn Davidson will attend Sea-Air-Space on April 8th and 9th. Be sure to connect with us while you're there!

The Advanced Air Mobility Institute has announced a groundbreaking collaboration with the National Association of Italian Municipalities (Anci Toscana) to advance AAM initiatives in the picturesque region of Tuscany. This partnership aims to leverage the expertise and resources of both organizations to accelerate the adoption of AAM technologies and services, driving innovation and sustainability in transportation. According to the press release, the collaboration will involve joint projects with local governments, businesses, universities, research centers, and civil society to foster the development of AAM in Tuscany. The parties have committed to a series of activities, including the exchange of best practices and information, to benefit AAM development in the region. Educational events and online training programs are planned as part of this collaboration to raise awareness about AAM among various stakeholders and the general public. By working together, the AAM Institute and ANCI Toscana seek to promote a better understanding of the benefits of Advanced Air Mobility and its potential to revolutionize mobility in Italy. Dan Sloat, JD/MBA MRAeS, Founder of the AAM Institute, expressed gratitude to Salvo Forzese, the Liaison to Italy, for his efforts in fostering cross-border cooperation. Forzese's role is deemed crucial in strengthening ties to benefit the people of Tuscany. Simone Gheri, Director of ANCI Toscana, highlighted the collaborative nature of the partnership, stating, "By combining technical expertise and the ecosystem of experts, it will be possible to organize initiatives to inform, raise awareness, and stimulate cooperation between public bodies, companies, and startups in the AAM sector." This collaboration represents a significant step forward in the promotion of AAM in Italy, emphasizing a shared commitment to driving innovation and sustainability in the transportation sector. For more insights on this exciting partnership and the future of Advanced Air Mobility, visit our blog. #avfoilnews #advancedairmobility #innovation #sustainability #transportation #italy #tuscany

Celebrating One Year Working With GE Transportation, Wabtec Corporation at HEKA • Dedicated System Integration Engineer with extensive experience at GE Transportation, Wabtec specializing in Modular Control Architecture (MCA). • Proven expertise in Independent Verification and Validation (IV&V), comprehensive data analysis, and onboard locomotive software integration. • Proficient in industry-standard tools and frameworks, with a strong foundation in MagicDraw System Modeling Language (SysML) engineering. • Conducted Interface Health Checks to ensure seamless communication between system components, identifying and resolving potential bottlenecks. • Performed Timing Analysis of Serial Messages to optimize communication protocols and enhance system efficiency. • Monitored CPU and Memory Resource Utilization, implementing strategies for resource optimization and performance enhancement. • Implemented diagnostic logging mechanisms for real-time monitoring and troubleshooting of system activities. • Tracked network data transmitted and received, optimizing data transmission protocols for efficiency. • Proficiently conducted Startup Process Profiling to enhance system boot times and streamline initialization processes. • Monitored Docker Container Status & Behavior, ensuring the stability and reliability of containerized applications. • Capture Watchdog Count & Timer to ensure system stability and prevent unexpected failures. • Investigated System Last Reset Reason to identify and address the root causes of system resets. • Implemented Docker containerization for efficient deployment and maintenance of software components. • Maintained detailed documentation of software from both user and developer perspectives. • Employed extensive use of git version control for collaborative development and tracking changes. • Conducted remote testing, execution, and test artifact generation, optimizing testing processes.

The HEKA team was honored to participate in the Defense Innovation Unit's Hypersonic and High-Cadence Airborne Testing Capabilities (HyCAT) initiative kickoff meeting yesterday at Cape Canaveral. A significant part of this program includes building a prototype for an affordable air-launched air-breathing hypersonic testbed. The prototype will be built by Innoveering, a GE Aerospace company, and designed by their subcontractor, Specter Aerospace. The hypersonic test bed will be launched from the F104 flown by Starfighters International. The program manager leading the HyCAT initiative, LtCol Nicholas Estep, says, “Our objective is to provide a diverse set of dual-use technology solutions to the hypersonic testing apparatus, addressing immediate and long-term needs.”

Google has launched Gemini, its groundbreaking AI model, poised to rival OpenAI's GPT models. This versatile AI, referred to as the company's largest and most capable model yet, stands out for its multimodal capabilities, handling various media inputs like text, images, audio, video, and code. Dubbed the "Gemini era," this AI model is set to revolutionize Google's products, including the widely-used Bard chatbot, search engine, and Chrome browser. The launch signifies Google's strategic move to regain ground in the generative AI landscape after the surge in popularity of OpenAI's ChatGPT. Gemini comes in three sizes - Nano, Pro, and Ultra, catering to a diverse array of tasks and customers. Google's advancements in cloud computing have fueled Gemini's development, utilizing more powerful processors to train models faster, potentially reshaping AI training accessibility. While Gemini outperforms rivals in numerous benchmarks, Google remains cautious about potential risks, acknowledging concerns about AI systems generating misleading information. To address this, they're gradually releasing Gemini Ultra for thorough testing and evaluation before its broader rollout next year, demonstrating a commitment to safety and responsibility in AI development.

Researchers at Cornell University are pioneering a solution to combat ocean plastic pollution inspired by the Hawaiian apple snail's unique movement. While traditional cleanup methods address larger debris, the pervasive issue of microplastics remains a challenge. This innovative robot prototype mimics the snail's foot motion, creating water flow to capture microplastics on ocean surfaces. Utilizing a 3D-printed undulating sheet and a rotating helical structure, the design generates a traveling wave on water surfaces. It operates efficiently on low voltage, demonstrating its suction capabilities with minimal energy consumption. Though in its prototype stage, this technology showcases promise in addressing microplastic pollution. With further development and scaling, it could offer an efficient and sustainable solution to combat ocean plastic pollution, emphasizing the power of biomimicry in tackling environmental challenges.