Overview:
Scaida BrainCT is a cloud-based AI module designed to empower neuroradiologists by delivering rapid, precise detection of brain CT scans. Seamlessly integrating with existing hospital information systems (HIS) and picture archiving and communication systems (PACS), it provides an additional layer of scrutiny that effectively reduces the risk of human error and helps manage high scan volumes. Powered by advanced neural networks, Scaida BrainCT specializes in detecting and segmenting a wide array of conditions—ranging from traumatic injuries and hemorrhages to developmental or anatomical variations—thereby streamlining complex diagnostic tasks and elevating patient care.

Using cutting-edge deep learning algorithms, Scaida BrainCT delivers detailed results within standard clinical workflows. Its flexible, cloud-based architecture and seamless interoperability make deployment straightforward, whether as part of the broader Scaida ecosystem or integrated independently. As AI continues to advance, Scaida BrainCT’s evolving capabilities stand poised to redefine neuroradiological diagnostics, ensuring a higher standard of care and faster, more accurate decision-making for healthcare professionals worldwide.

Features:

Rapid Detection & prioritization
Automates the identification of anomalies and generates accurate masks within seconds, helping prioritize critical cases.
Consistent & Repeatable Results
Delivers uniform output every time, thereby reducing inconsistencies that can arise from manual reporting and ensuring reliable data for follow-up.
Key Anomalies Detected
- Traumatic Injuries: Bone fractures, acute hemorrhages
- Infections/Inflammatory Conditions: Sinus, nasal, ear, mastoid, and other inflammatory sites
- Vascular Anomalies: Infarcts, hemorrhages, vascular-related edema
- Neoplastic Conditions: Primary brain tumors and other tumor-like growths
- Degenerative/Chronic Conditions: Chronic infarcts, demyelination, calcifications, and atrophy
- Developmental/Anatomical Variations: Structural variations in the brain, cysts, and facial bone anomalies
Seamless Integration
Connects easily with DICOM web services, PACS, or other imaging systems to upload scans and return results in formats compatible with widely used medical viewers.
Scalable Design
Handles large datasets or high-throughput environments without compromising performance—suitable for both smaller clinics and enterprise deployments.
Compliance & Security
Aligns with healthcare data protection standards ensuring patient information is stored and processed securely.

Use Cases:

Emergency Diagnostics
Speeds up triage by automatically flagging critical findings like hemorrhages or traumatic injuries, reducing time to intervention.
Routine Checkups & Follow-Ups
Provides consistent segmentation across multiple scans, aiding in monitoring disease progression or recovery over time.
Research & Education
Offers high-quality annotated data that can be used for teaching or investigative work, helping drive innovation in brain imaging techniques.
Telemedicine & Remote Consultations
Enables secure access to diagnostic results, supporting collaboration between specialists in different locations.

Scaida - BrainCTThoughtsWin

Scaida - BrainCT

ThoughtsWin

Scaida - BrainCT

ThoughtsWin

Scaida - BrainCT
ThoughtsWin