Month: February 2024

Industrial Computers for Oil and Gas Sectors

Industrial Computers Tailor-Made for Oil and Gas Sectors

Tangent Contributor

Tangent’s explosion-proof computers are robust and purpose-built for the oil and gas industry. In environments characterized by the presence of flammable or explosive vapors or gases, such as those found in the oil and gas industry, prioritizing safety and reliability is of utmost importance. Tangent’s commitment of manufacturing best-practice purpose-built computers has heard the demands loud and clear. With the ever-present threat of explosive atmospheres, traditional computing systems are inadequate, necessitating the development of sophisticated explosion-proof computers. These specialized devices represent a fusion of cutting-edge engineering and stringent safety standards, tailored to meet the unique demands of hazardous environments. This article explores Tangent’s C1D2 / C2D2 Explosion-Proof Industrial Computers and their perfect-fit solution for the oil and gas industry.

A pioneer of industrial computers and PCs, Tangent has engineered a plethora of rugged computers tailored for the stringent safety regulations imposed on industries operating in high-demand environments. From icy coolers, to sweltering factories, Tangent’s computers are mounted within meat processing facilities and commercial car washes. Experts in creating durable, reliable solutions and with rising demands from oil and gas clients, Tangent created robust computing solutions capable of withstanding the rigors of flammable environments. These computers are engineered with specialized enclosures and components designed to mitigate the risk of ignition and ensure uninterrupted operation even in hazardous conditions.

Explosion Proof Computer for Oil and Gas Industries
C1D2 Explosion-Proof Industrial Computer

Tangent has merged ruggedized design principles with explosion-proof technology, employing innovative engineering techniques to fortify computing systems against external hazards such as impact, vibration, and extreme temperatures. This hybrid approach enhances the resilience of these computers and also extends their lifespan in harsh industrial settings.

Tangent’s explosion-proof computers are equipped with advanced sensors and connectivity features. These devices facilitate real-time monitoring of critical parameters, enabling proactive maintenance and enhancing operational efficiency in the fuel industry. By harnessing the power of data analytics and predictive maintenance algorithms, these computers empower stakeholders to make informed decisions while minimizing downtime and maximizing productivity.

By implementing intrinsic safety measures, such as limiting energy levels and employing specialized barriers, Tangent ensures that explosion-proof computers can operate safely in volatile environments without compromising functionality. Further, with the utilization of high-performance computing components such as ruggedized solid-state drives (SSDs) to fanless cooling systems, these industrial PCs are engineered to withstand the harsh operating conditions prevalent in the oil and gas industry. Tangent’s explosion-proof computers deliver unparalleled reliability and performance, essential for mission-critical operations.

In offshore oil and gas platforms, where the risk of explosion is omnipresent due to the presence of volatile hydrocarbons, deploying ruggedized computers equipped with intrinsically safe components, operators can monitor and control vital processes without compromising safety or regulatory compliance. Real-time data acquisition and analysis capabilities empower decision-makers to optimize production efficiency while minimizing environmental risks in remote offshore environments.

Similarly, in petrochemical refineries and fuel storage facilities, explosion-proof computers help in orchestrating complex operations while adhering to stringent safety protocols. From inventory management to process automation, these computing systems provide a reliable backbone for critical infrastructure, ensuring seamless operation even in hazardous conditions. By leveraging the latest advancements in explosion-proof technology, refineries can enhance operational resilience and mitigate the potential impact of unforeseen events on production schedules and supply chains.

As the fuel industry continues to evolve, Tangent carefully monitors the uncompromisable requirements explosion-proof computers must meet to safeguard critical infrastructure and ensure operational continuity. By embracing cutting-edge technologies, Tangent answers the call of the oil and gas industry with its explosion-proof computers.

Contact Tangent to furnish your company a tailored explosion-proof computing solution.

Click to chat

Call: +1 800 342 9388

Email: sales@tangent.com

DMARC Saves Millions

DMARC Director Can Save Your Organization Millions

Tangent Contributor

According to the latest Forbes article, “The Underestimated Scourge of Spoofing Attacks” “dwell time” for cyberattacks shrunk to 8 days in 2023, compared to 10 days in 2022. Dwell time refers to the time from when a cyberattack starts to when it has been detected. While shrinking cyberattack detection times is good news, an 8 day spoofer infiltrating your organization can be detrimental and grave.

IBM’s 2023 “Cost of a Data Breach” report indicates ‘organizations that reported low or no security system complexity experienced an average data breach cost of USD 3.84 million in 2023.’ While those with ‘high levels of security system complexity reported an average cost of USD 5.28 million.’

Spoofing involves impersonating a user or legitimate company identity, such as an email address, device, and phone number. Cyberattacks of this nature often result in loss of intellectual property, proprietary information, client data breaching, and theft of financial data. Forbes’ articles states that organizations can ‘potentially suffer the consequences of DDoS attacks, and deal with reputational damages that may cost millions.’

Fortunately, while the villainous actors plague the internet, there are guardians in place to help prevent malicious attacks. DMARC Director is one such defender; it’s an email authentication SaaS platform, expertly developed to prevent email spoofing (and so much more).

How DMARC Director Helps Businesses Fortify Against Email Spoofing Attacks

DMARC Director helps businesses against email spoofing attacks using DMARC, SPF, and DKIM.

Sender Policy Framework (SPF) SPF, a fundamental email authentication method, empowers domain owners to specify authorized email servers for sending emails on behalf of their domain. This information is stored in a specialized DNS record called an SPF record. Upon receiving a message, an email server verifies the SPF record associated with the domain in the email address to ascertain the legitimacy of the sender. SPF plays a pivotal role in thwarting email address spoofing by mandating senders to authenticate their messages with the corresponding domain name. This mechanism deters spammers and fraudsters from impersonating legitimate senders and dispatching malicious messages. However, SPF alone is not a comprehensive solution, necessitating the integration of complementary authentication mechanisms like DKIM and DMARC for enhanced protection.

DomainKeys Identified Mail (DKIM) Recognizing the limitations of SPF in combatting email spoofing, DKIM emerges as a crucial countermeasure. DKIM enables domain owners to digitally sign their messages using a private key, effectively mitigating email address spoofing. Upon receipt, the recipient’s email server verifies this digital signature using a public key stored in the domain’s DNS records. Legitimate messages pass validation, while illegitimate ones may be rejected or flagged as spam.

Domain-based Message Authentication, Reporting, and Conformance (DMARC) DMARC represents a comprehensive email authentication protocol designed to identify and prevent spoofed emails from reaching user inboxes. Implementation of DMARC enhances email deliverability and bolsters brand reputation by thwarting spoofing and phishing attacks. This protocol empowers domain owners to dictate the actions to be taken when messages fail authentication checks, such as DKIM and SPF.

Incorporating an additional layer of protection against email-based threats, DMARC ensures the delivery of only legitimate messages to recipients’ inboxes, curtailing the proliferation of spam and malicious content.

Email address spoofing poses a significant cybersecurity risk, potentially resulting in data breaches, malware infiltration, and phishing scams. Safeguarding an organization’s email infrastructure and bolstering deliverability necessitates the adoption of email authentication protocols. Stay ahead of cyber threats and safeguard your domain by leveraging DMARC Director’s advanced email authentication services for comprehensive protection.

Reach out to us today +1 800 342 9388. Fortify your email security and safeguard your organization against email-based threats.

Software Licensing Compliance Tool

Michelle

Software License Management (SLM) involves centrally managing software licenses across an organization. A software license is a legal document issued by publishers or distributors, outlining rules for software usage. The SLM system, a subset of software asset management, includes tracking, documenting, and controlling software usage. It aids in compliance with end-user license agreements (EULA), notifying users about license status, and facilitating adherence to license agreements.

What is Software non-compliance?

Software non-compliance refers to violating software license terms, such as unauthorized use, exceeding allowed installations, or commercial use without proper licensing. Consequences include legal action and financial penalties. Understanding and adhering to license terms is crucial.

SLM tools, as part of IT asset management, offer features like Up-To-Date Software Inventory, Software License Compliance Reports, and Software License Compliance Alerts. They provide real-time visibility, compliance reports, and alerts on license usage dynamics.

To maintain compliance, software license management involves steps like discovering installed software, inputting and storing license details, scheduling reports, and grouping software versions. Types of licenses include proprietary (commercial) and free and open source (non-commercial), each with varying degrees of restrictiveness.

Businesses must be software license compliant to avoid legal consequences and reputation damage. License compliance tools help maintain compliance by conducting software audits, grouping editions, configuring alerts, and utilizing software metering for usage tracking.

Achieving software license compliance involves building an inventory, using license management tools, grouping software editions, configuring alerts, and using software metering for usage tracking. Benefits include cost savings, avoiding fines, and efficient license monitoring.

Software compliance ensures adherence to purchased software rules. SLM systems provide a single console for compliance, with 69% of IT executives lacking confidence in their compliance. Maintaining an up-to-date software inventory, real-time alerts, blocking non-business applications, and internal audits are essential for compliance.

Achieving software license compliance involves monitoring commercial application usage, reducing costs by uninstalling unused applications, and renewing licenses based on usage statistics. Consistent monitoring and optimization are key aspects of effective software license management.

Cubes Software License Tool
dmarc checker

Test DMARC with Our Easy-to-Use DMARC Checker

Michelle

Head over to Tangent.com/DMARC to check DMARC. Receive comprehensive, easy to understand results. Test DMARC quickly and accurately by entering your domain.

Our DMARC checker is free and easy to use, no registration or personal information required.

DMARC protocols properly configured help prevent spammers, hackers and spoofers from jeopardizing your company. Secure your finances, sensitive data and provide enhanced security measures for your clients and staff with DMARC.

At DMARC Director we understand the importance of simplifying complex processes, and that’s why we’ve developed an easy-to-use DMARC checker.

Steps of using our tool to enhance your email security.

Step 1: Enter Your Domain

Getting started with our DMARC checker is as simple as entering your domain name into the designated field. Whether you’re a small business, a nonprofit organization, or a large enterprise, our tool is designed to accommodate your specific needs.

  • Visit Our DMARC Checker Page: Navigate to our website and find the dedicated DMARC checker tool.
  • Enter Your Domain: Input your domain name into the provided field. This is the first step towards unlocking valuable insights into your email authentication setup.

Step 2: Review Our Comprehensive DMARC Report

Once you’ve entered your domain, our DMARC checker will work its magic and generate a comprehensive report that provides a detailed analysis of your email authentication configuration.

  • Wait for the Analysis: Our tool will quickly scan your domain’s DMARC records, SPF, and DKIM configurations.
  • Access the Report: Once the analysis is complete, you’ll be presented with a user-friendly report that breaks down the key components of your email authentication setup.

What to Expect in Our DMARC Report:

  1. DMARC Policy Overview: Understand the current state of your DMARC policy – whether it’s set to “none,” “quarantine,” or “reject.”
  2. SPF and DKIM Alignment: Evaluate the alignment status of SPF and DKIM records to ensure proper email authentication.
  3. Issues and Recommendations: Our tool will highlight any issues or potential vulnerabilities in your configuration, accompanied by actionable recommendations to address them.
  4. Visual Representation: Benefit from visual aids and graphs that make it easy to grasp the overall health of your email authentication setup.

In an era where cyber threats are constantly evolving, having a robust email authentication strategy is paramount. Our user-friendly DMARC checker empowers organizations of all sizes to take control of their email security effortlessly. By following the straightforward steps of entering your domain and reviewing our comprehensive DMARC report, you can identify and address potential vulnerabilities, ensuring a secure and trustworthy email environment for your organization.

At DMARC Director, we are committed to simplifying cybersecurity, and our DMARC checker is just one example of how we strive to make advanced technologies accessible to everyone. Try it out today and take the first step toward a more secure email communication experience!

medical PCs for Nursing

Medical PCs That Make Work Easier

Michelle

Medical PCs play a crucial role in making work life easier for nurses by providing tools and features tailored to their needs in healthcare settings.

How Medical PCs Benefit Nurses:

  1. Streamlined Documentation: Medical PCs allow nurses to efficiently document patient information, including vital signs, medications administered, and treatment plans, directly into electronic health records (EHR) systems. This eliminates the need for paper-based documentation, reducing the risk of errors and saving time.
  2. Access to Patient Information: Nurses can quickly access patient charts, medical histories, test results, and care plans using medical PCs. Having this information readily available at their fingertips enables nurses to make informed decisions and provide personalized care to patients without delay.
  3. Communication and Collaboration: Medical PCs facilitate communication and collaboration among healthcare teams. Nurses can use these devices to communicate with physicians, pharmacists, and other members of the care team, ensuring seamless coordination and timely interventions for patients.
  4. Medication Management: Medical PCs support medication management tasks, such as verifying medication orders, administering medications electronically, and documenting medication administration. This helps nurses ensure accuracy, prevent medication errors, and improve patient safety.
  5. Point-of-Care Documentation: With medical PCs, nurses can document patient assessments, interventions, and care plans directly at the point of care, whether it’s at the patient’s bedside or in a treatment room. This real-time documentation reduces the risk of information loss and enhances accuracy.
  6. Patient Education and Engagement: Medical PCs enable nurses to access educational resources, multimedia materials, and interactive tools to educate patients about their health conditions, treatment options, and self-care practices. This empowers patients to participate in their own care and promotes better health outcomes.
  7. Remote Monitoring and Telehealth: In settings where remote monitoring and telehealth services are utilized, nurses can use medical PCs to monitor patients remotely, conduct virtual consultations, and communicate with patients through video conferencing or secure messaging platforms. This extends nursing care beyond traditional healthcare settings and enhances accessibility for patients.
  8. Workflow Efficiency: Medical PCs are designed to support nursing workflows, with features such as customizable interfaces, barcode scanning capabilities for medication administration, and integration with medical devices. These functionalities improve workflow efficiency, allowing nurses to focus more on direct patient care.

Medical PCs enhance the efficiency, accuracy, and effectiveness of nursing practice, ultimately improving patient care outcomes and contributing to a better work experience for nurses in healthcare settings.