Our artificial intelligence software engineers specialize in creating customized AI solutions for the healthcare industry. Their expertise ranges from powerful system integrations to advanced diagnostics and operational streamlining. Additionally, we implement blockchain-enabled and AI-based security protocols to strengthen and safeguard healthcare systems.

Our AI engineers can create bespoke systems for the financial, insurance, and real estate industries, including fraud detection to identify suspicious transactions and prevent financial losses, risk assessment tools, and algorithmic trading for automated decision-making. These systems come with proprietary blockchain-enabled security protocols and the option to integrate AI-based security measures to protect entire networks.

Our AI engineers specialize in developing custom small language model chatbots, as well as ChatGPT-enabled chatbots, to provide instant customer support and answer queries. Additionally, we integrate sentiment analysis to help understand customer feedback and enhance products or services.

Our AI engineers are skilled in developing platforms for personalized learning, customizing educational content to suit individual students’ needs and learning styles. We also create intelligent tutoring systems that offer personalized guidance and feedback to enhance the learning experience.

Our AI engineers can create custom applications for retail businesses, including predictive analytics to forecast customer behavior and optimize marketing campaigns, enhance customer experience, streamline inventory management, and improve customer engagement. We also offer customer segmentation, grouping customers based on their characteristics and preferences.

Our AI engineers can develop tailored systems for the industrial sector, including manufacturing, oil refineries, mining operations, and more. We integrate predictive maintenance to anticipate equipment failures before they happen, as well as natural language processing to enable machines to understand and respond to human language.

Our AI engineers specialize in developing bespoke small language models tailored to specific client needs across various applications. These include domain-specific models, trained on specialized datasets to excel in fields like medical chatbots or legal assistants, and task-oriented models designed for functions such as summarization, translation, or question answering. We also create mobile-friendly models optimized for devices with limited computational power, embedded models suited for integration into IoT systems, and few-shot learning models that can quickly adapt to new tasks with minimal examples. Additionally, our expertise extends to customer service chatbots and virtual assistants, content generation for summaries and product descriptions, and question-answering systems based on provided knowledge bases.

• Instance segmentation: Identify and segment individual objects in an image.

• Semantic segmentation: Classify each pixel in an image into a predefined category (e.g., sky, road, car).

• Medical image analysis: Segment organs or tumors in medical images for diagnosis and treatment.

• Object tracking and overlay: Track objects in real-time and overlay virtual information on top of them.

• Virtual try-on: Allow users to virtually try on clothes or accessories.

• Obstacle avoidance: Detect and avoid obstacles in the environment.

• Object manipulation: Enable robots to interact with objects in the real world.

• Person tracking: Monitor the movement of individuals in surveillance footage.

• Anomaly detection: Identify unusual events or activities in videos.

• Defect detection: Identify defects in products or manufacturing processes.

• Quality control: Ensure products meet quality standards.

• Electronic health records: Secure and tamper-proof medical records.

• Drug traceability: Prevent counterfeit drugs and ensure safety.

• Clinical trials: Efficient management and data sharing.

• Private Layer-2 Blockchain Network: Learn more at mHealth

• Track and trace: Transparent tracking of products from origin to consumer.

• Counterfeit prevention: Verify the authenticity of products.

• Supply chain financing: Improve cash flow and reduce financing costs.

• Quality control: Ensure product quality and compliance with standards.

• Asset management: Track and manage equipment and inventory.

• Intellectual property protection: Protect patents and other intellectual property.

• Private Layer-2 Blockchain Network: Learn more at mIndustrial

• Track Ownership: Blockchain can be used to track ownership of oil and gas assets, ensuring transparency and preventing disputes.

• Optimize Operations: Blockchain can help optimize asset management by providing real-time data and insights.

• Track Emissions: Blockchain can track carbon emissions and verify the authenticity of carbon credits.

• Facilitate Trading: Blockchain can enable efficient trading of carbon credits, promoting carbon reduction initiatives.

• Data Management: Blockchain can help ensure compliance with environmental regulations and industry standards by providing a secure and immutable record of data.

• Traceability: Blockchain can enable traceability of oil and gas products, helping to prevent illegal activities.

• Private Layer-2 Blockchain Network: Learn more at mEnergy

• Supply Chain Transparency: Track the journey of spirits from the source to the consumer, track the cultivation, processing and distribution of the cannabis products, ensuring authenticity and quality, while adding fraud prevention.

• Provenance & Authenticity: Certify the origin and provenance of spirits, highlighting unique characteristics and stories. Verify the authenticity and quality of cannabis products, preventing counterfeiting and adulteration.

• Regulatory Compliance: Track the ingredients used in spirits production, ensuring compliance with regulations and consumer preferences. Ensure compliance with complex regulatory frameworks for cannabis production and distribution.