🔁 Ready for the sprint?

The "Security" Epic is focused on enhancing the security of the system. The primary objective of this epic is to identify and mitigate any vulnerabilities that exist within the system, ensuring that sensitive data is well-protected from any potential threats. This epic will involve implementing various security measures, such as access control, data encryption, and secure authentication mechanisms. Additionally, the team will be responsible for conducting regular security audits and penetration testing to identify and address any potential security issues. Overall, the goal of the Security Epic is to provide a secure environment for the users, ensuring that their data is safe and protected at all times.
Here's a simple footnote,¹ and here's a longer one.²

💬Any additional notes to the sprint should be placed within the chat below so that we can refer to the updates linearly.

Sprint Planning

   puts "Hello World"

Daily Scrum

   puts "Hello World"

Sprint Review

   puts "Hello World"

Retrospective

   puts "Hello World"

Using a container?

docker run -g 

redhat run -g

Org Chart

An ECE Dapp

🔁 Ready for the sprint?

"Blockchain" is an epic that involves the use of the blockchain technology in the development process. The goal is to create a decentralized system that can provide secure and reliable transactions. The epic will include the development of smart contracts, the implementation of blockchain-based consensus algorithms, and the integration of decentralized applications. The focus will be on creating a transparent and efficient system that can be easily audited and trusted by users. The epic will also involve the exploration of new use cases for blockchain technology and the potential for innovation in the field. Overall, the "Blockchain" epic is critical to providing the use of the blockchain technology in the development process.
Here's a simple footnote,¹ and here's a longer one.²

💬Any additional notes to the sprint should be placed within the chat below so that we can refer to the updates linearly.

Sprint Planning

   puts "Hello World"

Daily Scrum

   puts "Hello World"

Sprint Review

   puts "Hello World"

Retrospective

   puts "Hello World"

Using a container?

docker run -g 

redhat run -g

Org Chart

An ECE Dapp

https://ethereum.org/en/developers/docs/consensus-mechanisms/pow/mining-algorithms/

🔁 Ready for the sprint?

"Front-End" is an epic that encompasses all the work related to the user interface and experience of a web application. It includes designing and implementing the visual and interactive components of a website or web app, such as menus, buttons, forms, and navigation. The goal of this epic is to ensure that the front-end of the application is visually appealing, easy to use, and responsive across all devices. This epic involves a variety of tasks such as developing UI components, building responsive layouts, optimizing performance, and ensuring accessibility. Overall, the "Front-End" epic is critical to providing a positive user experience and driving engagement with a web application.
Here's a simple footnote,¹ and here's a longer one.²

💬Any additional notes to the sprint should be placed within the chat below so that we can refer to the updates linearly.

Sprint Planning

   puts "Hello World"

Daily Scrum

   puts "Hello World"

Sprint Review

   puts "Hello World"

Retrospective

   puts "Hello World"

Using a container?

docker run -g 

redhat run -g

Org Chart

An ECE Dapp

Set up a feature that allows you to make a legal document into a smart contract, as well as the vice versa. This will allow for the standardized practices as well as make it much easier for LLM's to access live and timely renditions of legal literature.

https://coda.io/d/_dQ1KFsozXh7/Optimization-Finances_suD3E

🔁 Ready for the sprint?

The "Integrations" epic involves designing and implementing a framework to seamlessly integrate third-party tools, applications, and services with our product. This includes identifying potential integration points, determining necessary data formats and protocols, building APIs and webhooks, and establishing communication channels between various platforms. The goal is to create a flexible and extensible platform that can easily incorporate new tools and services, enabling our users to work with a variety of external tools and services within our product. This epic also involves creating documentation and support resources for users to help them understand how to use these integrations and troubleshoot any issues that may arise. By seamlessly integrating with external services, we aim to provide our users with a more comprehensive solution that enhances their productivity and workflow.
Here's a simple footnote,¹ and here's a longer one.²

💬Any additional notes to the sprint should be placed within the chat below so that we can refer to the updates linearly.

Sprint Planning

   puts "Hello World"

Daily Scrum

   puts "Hello World"

Sprint Review

   puts "Hello World"

Retrospective

   puts "Hello World"

Using a container?

docker run -g 

redhat run -g

Org Chart

An ECE Dapp

Infrastructure workflow automation and lifecycle management

HashiCorp Terraform is the de facto standard for infrastructure as code. Terraform has been downloaded by the community hundreds of millions of times, has thousands of enterprise customers, hundreds of thousands of users on Terraform Cloud, and hundreds of partners and integrations.

HashiCorp released multiple new capabilities in its infrastructure portfolio for HashiCorp Terraform and Packer, which handle infrastructure as code provisioning and management.

• Terraform native test framework and Terraform Cloud test-integrated module publishing: Automates unit and integration testing of Terraform code; provides an integrated workflow to publish modules to the private registry.
• Terraform Cloud AI-generated tests: Large language models (LLMs) generate tests for a module on behalf of the user, allowing module authors to start writing tests quickly.
• Terraform stacks*: Major enhancement to the Terraform execution engine that enables complex deployments across multiple environments across modular infrastructure components.
• Terraform enhanced editor validation: Automatically validates Terraform code by developers’ code sources, including copying/pasting from AI tooling or using IDE-integrated tools like GitHub Copilot or Amazon CodeWhisperer.
• Terraform Cloud ephemeral workspaces: Helps manage the cleanup of unused resources accumulated over time to optimize cloud costs. Also available in Terraform Enterprise.
• HCP Packer run task: Quickly check image compliance with precise results and remediation guidance enhanced for Terraform Cloud.
• HCP Packer webhooks: Easily embed Packer into your existing automation pipelines and enforce additional policy and compliance checks.
• Security workflow automation and lifecycle management

HashiCorp also made multiple announcements in its security portfolio for HashiCorp Vault, Boundary, and Consul, which provide identity-based controls for security across secrets management, secure remote access, and service networking.

• HCP Vault Secrets: A SaaS offering for identity-based secrets management designed for organizations that want to quickly get started managing their secrets with minimal overhead and cost, now generally available.
• HCP Vault Secrets sync: Centralizes secrets management while allowing developers to consume secrets within the applications they use every day. Also available in Vault Enterprise.
• HCP Vault Radar: Scan, identify, and remediate secrets inadvertently stored in source code, development environments, internal wikis, chat services, and ticketing systems. In private preview with select customers.
• Boundary Enhanced UX: Streamline target connection workflow by working directly from Boundary desktop terminal when establishing a new SSH session without navigating to other CLI-based tools.
• HCP Consul locality-aware routing: Automatic traffic routing for services to local instances within the same availability zone to minimize latency and networking costs while boosting efficiency.
• HCP Consul Central: Provide global visibility and management of clusters and services, including multi-cluster deployment, server health monitoring, service-level observability, cluster peering, and a global API and catalog to enable self-service portals.

Neural oscillation

🔴WATCH THIS

Activity patterns[edit]
Both single neurons and groups of neurons can generate oscillatory activity spontaneously. In addition, they may show oscillatory responses to perceptual input or motor output. Some types of neurons will fire rhythmically in the absence of any synaptic input. Likewise, brain-wide activity reveals oscillatory activity while subjects do not engage in any activity, so-called resting-state activity. These ongoing rhythms can change in different ways in response to perceptual input or motor output. Oscillatory activity may respond by increases or decreases in frequency and amplitude or show a temporary interruption, which is referred to as phase resetting. In addition, external activity may not interact with ongoing activity at all, resulting in an additive response.

Oscillatory responses
The frequency of ongoing oscillatory activity is increased between t1 and t2.
Private Zenhub Image

The amplitude of ongoing oscillatory activity is increased between t1 and t2.
Private Zenhub Image

The phase of ongoing oscillatory activity is reset at t1.
Private Zenhub Image

Activity is linearly added to ongoing oscillatory activity between t1 and t2.
Private Zenhub Image

Key Points

The hippocampus shows three main classes of rhythms: theta (∼4–12 Hz), sharp wave–ripples (∼150–200 Hz ripples superimposed on ∼0.01–3 Hz sharp waves) and gamma (∼25–100 Hz).

Theta rhythm generation involves a variety of mechanisms, including theta rhythmic firing in septal and hippocampal interneurons, excitatory inputs to hippocampus and intrinsic properties of hippocampal neurons.

Theta rhythms are likely to be important for the formation of memories of sequences of events.

Sharp wave–ripple complexes are composed of two distinct network patterns: sharp waves (excitatory events that propagate from CA3 to CA1) and ripples (which reflect high frequency firing in hippocampal interneurons).

Accumulating evidence suggests that sharp wave–ripples are important for intrinsic hippocampal operations, including offline memory processing, retrieval of previously stored memories and planning of future behaviours.

The class of brain rhythms traditionally defined as gamma probably contains at least two different variants of oscillatory activity.

Recent findings suggest that slow (∼25–55 Hz) and fast (∼60–100 Hz) variants of gamma have different origins and may have different functions.

Abstract

The hippocampal local field potential (LFP) shows three major types of rhythms: theta, sharp wave–ripples and gamma. These rhythms are defined by their frequencies, they have behavioural correlates in several species including rats and humans, and they have been proposed to carry out distinct functions in hippocampal memory processing. However, recent findings have challenged traditional views on these behavioural functions. In this Review, I discuss our current understanding of the origins and the mnemonic functions of hippocampal theta, sharp wave–ripples and gamma rhythms on the basis of findings from rodent studies. In addition, I present an updated synthesis of their roles and interactions within the hippocampal network.

Dev Environment

Clone Repo

git clone https://github.com/codedthemes/berry-free-react-admin-template

Create Next App

npx create-next-app app with-turbo with-tailwind

Add Cargo

$ curl --proto '=https' --tlsv1.3 https://sh.rustup.rs -sSf | sh
rustup update
cargo init
cargo build

Add Gitbooks

git branch gitbook
git checkout gitbook

UX/UI

🖌Framer
💻Live Demo
⚡Qwik Motions

Users Tap into Sockets
Sockets are managed through a package manager
Local cache is cleared on the way in and the way out
token based access (smart contract approves/token is transfers/package identity is revealed and static site is loaded)

https://eliascharlese.jetbrains.space/m/elicharlese

🔁 Ready for the sprint?

The "Analytics" epic is a crucial part of any data-driven organization. This epic will focus on providing users with data and insights that they can use to make informed decisions. It will involve designing, implementing, and deploying analytical tools that can gather, process, and visualize data. This epic will enable organizations to identify patterns, make predictions, and uncover hidden insights that they might not have otherwise discovered. The ultimate goal is to empower businesses to make data-driven decisions that will drive their growth and success. The Analytics epic will require close collaboration between developers, data scientists, and business analysts to ensure that the tools developed meet the specific needs of the organization.
Here's a simple footnote,¹ and here's a longer one.²

💬Any additional notes to the sprint should be placed within the chat below so that we can refer to the updates linearly.

Sprint Planning

   puts "Hello World"

Daily Scrum

   puts "Hello World"

Sprint Review

   puts "Hello World"

Retrospective

   puts "Hello World"

Using a container?

docker run -g 

redhat run -g

Org Chart

An ECE Dapp